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Encrypted secret file manager for developer machines

Transparent file-level encryption for sensitive credentials on dev machines with CLI and IDE integration.

High revenue proof

Latest signal 1 year agoSaved by 2 members

CLI + IDE tool that transparently encrypts kubeconfig, .env, and credential files on dev machines without changing workflows.

Business model: B2B SaaS subscription (per-seat + team license)
Industry: Developer Tools / Security
Difficulty: 1–2 weeks
Est. startup cost: $50-$150
Time to MVP: 6-10 weeks

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Problem evidence

Developers routinely store highly sensitive files—kubeconfig, .env, cloud credentials—as plain text on local machines. Even developers who use password managers hit a wall with file-based secrets that must exist on disk to function, leaving credentials exposed to malware, accidental commits, or physical theft. Enterprise security teams increasingly require proof of secrets-at-rest encryption on developer endpoints, creating a compliance gap that neither OS-level disk encryption (too coarse) nor git-crypt (repo-scoped only) closes.

Who feels it: Software engineers and DevOps practitioners at companies running Kubernetes, multi-cloud infra, or microservices—especially those subject to SOC 2, ISO 27001, or internal security audits.
How often: Persistent and daily: secret files are read on every dev session, kubectl command, or docker-compose run, meaning the exposure window is essentially always-on.
Why current fixes fail: git-crypt only encrypts files within a git repo and requires manual key distribution; full-disk encryption (FileVault, LUKS) decrypts everything when the machine is unlocked; password managers have no native concept of file-level transparent encryption; HashiCorp Vault requires centralized infrastructure and is overkill for local developer workflows.

Claims and evidence

Developers actively search for a macOS tool to encrypt kubeconfig and other plain-text secret files that password manager CLIs cannot replace.^[1]medium
git-crypt has 9000+ GitHub stars but no commercial offering, indicating substantial demand for file-level encryption with zero monetization from the leading open-source option.mediumneeds validation
Enterprise security policies now require demonstrable proof of secrets-at-rest encryption on developer machines, creating a compliance forcing function beyond individual developer preference.lowneeds validation
HashiCorp Vault's estimated $50M+ ARR demonstrates enterprise willingness to pay for secrets infrastructure, but it targets server-side centralized management, not local file encryption.lowneeds validation
1Password CLI adoption in the developer segment (estimated $30-50M ARR) shows that developers will pay subscription fees for credential tooling integrated into their terminal workflows.lowneeds validation
The problem bites across all seniority levels: even security-aware developers who use password managers cannot avoid plain-text file-based secrets for tools like kubectl that require files on disk.^[1]medium

Who buys it

User: Individual software engineers or DevOps engineers who run kubectl, docker-compose, or cloud CLIs daily on macOS or Linux laptops.
Buyer: Engineering managers or security/platform engineering leads at mid-market to enterprise companies (50-5000 employees) buying team or org-wide licenses.
Pain owner: The security or compliance team suffers most during audits; the individual developer suffers the friction of manual workarounds daily.
Budget source: Engineering tooling budget or security/compliance budget; often the same cost center that funds 1Password Teams, Vault, or Datadog.
Urgency: Spikes during SOC 2 audits, post-breach incident reviews, onboarding of security-conscious enterprise customers, or when a developer accidentally commits a credential file.

Already spending on

1Password Teams or Bitwarden ($3-8/seat/month)
HashiCorp Vault or Doppler ($10-20/seat/month)
GitHub or GitLab with secret scanning add-ons
macOS with FileVault enabled (free but coarse)
AWS/GCP/Azure IAM tooling

Product concept and MVP

Concierge version: Before writing any code, manually help 5 developers encrypt their kubeconfig and .env files using a combination of age encryption and a shared setup guide, managing their keys in a shared 1Password vault you administer. Observe every friction point, failed command, and question they ask. This defines exactly which parts of the workflow need automation.
Vibe-coded version: Use Cursor + Claude to hand-wire the CLI in Go or Rust (compiled, small footprint, fast file I/O) with age encryption library; scaffold a landing page in Next.js + Vercel to explain the tool and capture emails. Integrate Bitwarden CLI via subprocess calls in v1 (no SDK needed, just shell out). Build the shell hook system first (bash/zsh sourcing a tiny Go binary that intercepts file reads via filesystem watchers), then layer the config parser and audit logger. Skip IDE plugins, web dashboard, and Windows support for v1; focus on macOS/Linux CLI + shell integration working flawlessly with one password manager.

Must have

CLI tool (macOS/Linux) that transparently encrypts/decrypts specified files using AES-256 or age encryption on file access without manual commands
Shell integration (bash/zsh hooks) so decryption triggers automatically when a process reads a watched file path
Key management integration with at least one password manager API (1Password or Bitwarden CLI) so encryption keys are never stored in plain text
A simple config file (~/.secretfiles or similar) where developers declare which files should be encrypted
Basic audit log (local file) recording every encrypt/decrypt event with timestamp and process name

Nice to have

VS Code extension that shows encryption status badge on watched files in the file explorer
Team key sharing via a lightweight central API so multiple developers can access the same encrypted kubeconfig
Web dashboard for compliance reporting — exportable audit log in PDF/CSV for SOC2 evidence collection
Homebrew tap and apt/deb package for one-command installation

Not yet

Windows support — macOS and Linux cover the vast majority of developer machines and reduces scope significantly
Self-hosted key management server — adds infrastructure complexity before product-market fit is validated
Mobile app or browser extension — out of scope for the local dev machine use case
Full RBAC and enterprise SSO — important eventually but premature before first 50 paying customers

Integrations: 1Password CLI API (op) for key storage and retrieval, Bitwarden CLI API (bw) as an alternative key backend, macOS Keychain and Linux Secret Service (libsecret) as fallback key stores, inotify (Linux) and FSEvents (macOS) for file system event hooks enabling transparent access
Build difficulty: Moderate — core crypto and CLI are well-trodden, but transparent file access via OS hooks without breaking existing tooling (kubectl, terraform) requires careful FUSE or shell-hook implementation and will surface edge cases quickly in beta.

This is a demo MVP preview, not a functioning product.

Competitors and alternatives

Direct

git-crypt (file-level encryption for git repos, open source, no IDE integration)
age/sops (CLI-only file encryption tools, no transparent access, manual workflow)

Indirect

HashiCorp Vault (centralized server-side secret management, not local file encryption)
1Password CLI (password and secret injection via CLI, not file-level encryption)
macOS FileVault / Linux LUKS (full-disk encryption, not per-file or transparent)

Workarounds

Storing kubeconfig and .env in plain text and hoping for the best
Manually running gpg encrypt/decrypt commands before and after file access
Using 1Password or Bitwarden CLI to inject secrets as env vars, leaving files plain
Putting secrets in a separately encrypted disk partition (high friction, not portable)

Name	Customer	Pricing	Strengths	Weaknesses	Opportunity gap
git-crypt	Individual developers on open source or small teams	Free, open source	Transparent git integration, widely known, 9000+ GitHub stars, low friction for git workflows	Git-only scope, no IDE integration, no key management UI, no compliance reporting, no support	No commercial offering, no team key management, no audit logs — leaving enterprise compliance and IDE UX completely unaddressed
HashiCorp Vault	Enterprise platform/security teams managing centralized secrets	Estimated $50M+ ARR; cloud at $0.38/secret read, self-hosted free up to limits	Battle-tested enterprise credibility, rich audit logging, RBAC, broad integrations	Requires a running server, massive operational overhead, solves centralized not local dev machine encryption	Zero solution for encrypting local dev files like kubeconfig on a laptop — this idea targets the last mile Vault ignores
1Password CLI	Developers and small-to-mid teams already using 1Password	Estimated $30-50M ARR; $4.99/month personal, $7.99/month team	Polished UX, strong brand trust, secret injection into env vars, shell plugin ecosystem	Injects env vars but leaves physical credential files (kubeconfig, .aws/credentials) as plain text on disk	File-level transparent encryption is explicitly out of scope — developers using 1Password still have plain-text files on disk
SOPS (Mozilla)	DevOps and platform engineers managing secrets in IaC repos	Free, open source	Supports KMS, PGP, age keys; structured file encryption; active community	Requires explicit encrypt/decrypt commands, no transparent access, no IDE integration, steep learning curve	Manual CLI-only workflow with no automatic decryption on file access — the transparency and IDE layers are entirely missing
macOS FileVault / Linux LUKS	Any developer using default OS security settings	Free (bundled with OS)	Zero cost, OS-native, full-disk coverage	Decrypts everything at login — once disk is mounted, all files including kubeconfig are readable; no granularity	File-at-rest on a running, unlocked machine is completely unprotected — the threat model this idea solves is invisible to full-disk encryption

Every existing tool either encrypts too broadly (full-disk), encrypts only inside git repos, or requires manual CLI invocations — none provide transparent, automatic, per-file encryption with IDE integration and compliance audit logs for local developer credential files on running machines.

Pricing model

Competitor	Pricing estimate	Notes
1Password CLI (Teams)	~$7.99/user/mo (public)	Password manager with CLI; covers passwords and secrets but not transparent file-level encryption of kubeconfig/.env files
HashiCorp Vault (HCP)	~$0.38/secret read + cluster fees; enterprise licensing estimated $20k-100k/yr	Centralized server-side secret management; not local file encryption; sets enterprise WTP ceiling for secrets infra
git-crypt	Free (open source)	File-level encryption for git repos; 9000+ GitHub stars; no commercial offering, no IDE integration, no audit logs
Doppler	~$6/user/mo (Team tier, public)	Cloud-hosted secret injection for dev/CI environments; not local disk encryption; close workflow substitute

Git-crypt and Doppler anchor the lower bound at free-to-$6/user/mo for developer-facing tools, while 1Password Teams at $7.99 sets a psychological ceiling individual developers accept for credential tooling. Enterprise compliance and audit log value justifies a team tier premium above these anchors, but solo developer pricing must stay at or below $10/mo to avoid losing to free alternatives. A freemium-to-$10 individual and $15/seat team structure threads this needle while leaving room for an enterprise tier with compliance reporting.

starter$0/mo: Solo developers; up to 5 encrypted files, no audit logs, community support
pro$8-$10/mo: Individual developers needing unlimited files, IDE plugins, password manager API integrations
team$12-$15/seat/mo (or $2000-$4000/yr flat for teams up to 20): Dev teams needing centralized key policy, audit logs, and SSO
enterprise$4000-$8000/yr: Mid-market/enterprise with compliance reporting, SOC2 evidence export, custom key providers

Confidence: medium. Competitor pricing is public for 1Password and Doppler; however, WTP specifically for transparent local file encryption as a standalone paid product is unproven, and free alternatives (git-crypt, OS-level encryption) create meaningful price resistance

Revenue scenarios

Case	Customers	ARPA / mo	MRR	ARR
base	~400	~$11	~$4,400	~$52,800
upside	~1,200	~$13	~$15,600	~$187,200
aggressive	~3,500	~$14	~$49,000	~$588,000

Assumptions

Reachable ICP estimated at 500k-1M developers in mid-market/enterprise using Kubernetes or cloud infra in English-speaking markets; PLG motion via CLI distribution on GitHub/Homebrew
Freemium conversion rate assumed at 3-5% from free tier to paid; paid acquisition via developer community content and HN/Reddit organic
Base case: 400 paid seats at blended $11/mo reflects mostly individual pro tier with a small number of team seats after 12-18 months
Aggressive case assumes 3500 seats at $14/mo blended driven by 15-20 team license deals ($2000-4000/yr each) plus individual pro subscribers; comparable to RapidNative/Outstand.so verified MRR range
Monthly churn assumed at 2-4% for individual tier (tool-like behavior) and 0.5-1% for team/enterprise (sticky compliance use case)
Sales cycle: individual self-serve (days); team license 2-6 weeks; enterprise 2-4 months with security review
Primary competitive risk is enterprises mandating existing tools (Vault, Doppler) or OS-level disk encryption satisfying compliance requirements without additional spend

Revenue forecast is an estimate, not a prediction. It depends on customer acquisition, retention, pricing power, and product quality.

Market size

Target customers: Estimated 1.5-3 million developers globally at mid-market and enterprise companies actively using Kubernetes, AWS/GCP/Azure infra, or microservices; basis is Kubernetes adoption surveys citing 5.6M Kubernetes users globally with mid-market/enterprise skew
Spend per year: Individual developers: $96-$120/yr; team licenses: $2000-$5000/yr per team of 5-20; enterprise: $4000-$8000/yr
Reachability: Moderate difficulty; developers are reachable via GitHub, Homebrew, HN, and DevOps communities but are skeptical of paid tooling when free alternatives exist; require bottom-up PLG with CLI as the acquisition hook before upselling to team/enterprise
Obtainable in 3 yrs: Realistic obtainable in 3 years: 2000-5000 paid seats (individual + team blended), with 10-25 team/enterprise license deals; constrained by free alternative friction and crowded developer tools market
Comparable revenue: RapidNative verified at ~$5,498/mo MRR; Outstand.so verified at ~$5,929/mo MRR; Conductor verified at ~$31,931/mo MRR in developer tools segment via TrustMRR

Go to market

First 10 users

1.Post a direct response to the exact Hacker News thread 'Ask HN: How to avoid plain text secret files?' with a working demo link and invite the OP to a 30-minute call [1]
2.Find 20-30 developers on Twitter/X who have posted about kubeconfig security, secret sprawl, or .env file risks and DM them a free beta invite with a 5-minute Loom demo
3.Post in Kubernetes Slack (#general, #security) and CNCF Slack offering free early access in exchange for a 20-minute feedback call
4.Identify security-conscious engineering leads at 10-20 Series B/C startups on LinkedIn and offer a free team trial with white-glove onboarding in exchange for a case study
5.Submit to dev tool newsletters (TLDR Dev, Console.dev) with a free tier offer and a clear before/after story (plain-text kubeconfig vs. encrypted, zero workflow change)
6.Join r/devops and r/kubernetes, contribute genuinely for 2 weeks, then share a launch post framed as solving the specific local file encryption gap those communities discuss

First 100 users

Content SEO targeting searches like 'encrypt kubeconfig mac', 'protect .env file at rest', 'kubernetes credential security developer machine' — these have low competition and high intent
GitHub-native discovery: release the core CLI as open source, let it accumulate stars, then gate compliance reporting and team key management behind paid tier (git-crypt's unoccupied commercial lane)
Partner with 1Password and Bitwarden developer advocate teams for co-marketing — their CLIs are complementary, not competitive, and they have direct developer audience access
DevSecOps conference sponsorships and talks (KubeCon, CNCF Security Slam) targeting the exact persona of platform engineers responsible for developer machine compliance
Direct outreach to engineering managers and security leads at companies publicly posting SOC2 or ISO27001 job listings — compliance pressure is a buying trigger
Product Hunt launch targeting 'Developer Tools' with a video showing the exact kubeconfig use case from the HN thread [1]

Scalable channels

Open-source CLI with paid team/enterprise tier (PLG motion) — free individual use drives word-of-mouth and GitHub stars while team licensing converts security-conscious orgs
Integration marketplace: VS Code extension, JetBrains plugin, Vim/Neovim plugin — each new IDE integration creates a new discovery surface and reduces switching friction
Compliance-led top-down enterprise sales: SOC2 Type II and ISO27001 auditors increasingly flag unencrypted local credentials; position audit log exports as a compliance artifact for security questionnaires
Developer advocate program targeting influential engineers who blog and speak about Kubernetes and DevSecOps security — they are trusted proxies for tool adoption at scale
API and webhook integrations with CI/CD platforms (GitHub Actions, GitLab CI) to extend the value proposition from local dev machines to pipeline secret hygiene

GTM risks

Developer-led adoption stalls at team boundaries: individual devs love it but cannot expense it without a procurement process — requires a clear bottom-up to top-down conversion playbook
Security teams, not developers, often control tooling budgets in enterprises, creating a dual buyer problem where the user (dev) and the buyer (CISO/security team) are different people with different evaluation criteria
Free alternatives (git-crypt, SOPS, age) create strong price resistance among individual developers who will accept workflow friction to avoid paying — freemium tier must be generous enough to build habit but narrow enough to convert
Platform risk: macOS Keychain API and password manager API changes (1Password, Bitwarden) can break key management integrations without notice, requiring ongoing maintenance
Enterprise sales cycles for compliance-driven purchases can stretch 6-12 months, making early revenue slow despite strong demand signals — cash runway must account for this

Roadmap

v1core workflow: CLI tool (macOS/Linux) that encrypts/decrypts individual files (kubeconfig, .env, credentials) using AES-256 with key stored in OS keychain
Shell hook for automatic transparent decryption on file access via FUSE or symlink interception
1Password and Bitwarden CLI API integration for key derivation so developers reuse existing master password
File watchlist config (~/.secretmanager.yaml) specifying which paths are always encrypted at rest
Basic audit log of decryption events stored locally
v2integrations/automation: VS Code and JetBrains plugin showing encrypted/decrypted status badge per file and one-click toggle
Git pre-commit hook that blocks commits if a registered secret file is unencrypted
Auto-detect common secret file patterns (.env, *.pem, kubeconfig, ~/.aws/credentials) and prompt to enroll
macOS Keychain and Linux libsecret backends plus HashiCorp Vault key backend for enterprise environments
Team shared key distribution via signed invitation links with expiring tokens
v3team/analytics/compliance: Web dashboard showing team-wide encryption coverage: which developers have which files enrolled
Compliance report exports (SOC 2, ISO 27001 evidence artifacts) showing secrets-at-rest posture across dev machines
Policy engine: admins define required encrypted file patterns, deviations trigger Slack/PagerDuty alerts
Centralized audit log aggregation from all developer machines with tamper-evident hashing
Role-based key access: junior developers get read-only decryption, seniors can re-key files
v4agents/marketplace/API/enterprise: REST/gRPC API for CI/CD pipelines to request ephemeral decryption tokens scoped to specific files and TTLs
SSO/SAML integration and SCIM provisioning for enterprise identity providers (Okta, Azure AD)
Secret rotation agent that detects credential expiry and prompts re-encryption with new value
Marketplace of key backend connectors (AWS KMS, GCP Cloud KMS, Azure Key Vault) installable by teams
On-prem self-hosted management server option for air-gapped enterprise environments

Pivot paths

CI/CD pipeline secret file sanitization (DevOps tooling buyer instead of individual developer)
If individual developer seat conversion stays below 5%, enterprise platform teams buying for pipeline security may be a faster path to revenue
Compliance-as-a-service for SOC 2 / ISO 27001 evidence generation targeting security engineers at Series A-C startups
Compliance reporting module in v3 may be valued at 5-10x the base encryption product by audit-pressured buyers
Managed secrets injection layer for containerized local dev (Docker Compose, devcontainers) replacing .env file pattern entirely
Growing devcontainer adoption creates a greenfield moment where the encrypted-file mental model can be replaced by a cleaner secrets-injection UX
SDK/library for ISVs embedding encrypted credential storage in their own developer-facing products
If direct B2C adoption is slow, licensing the encryption engine to tools like Doppler or Infisical as an embedded module monetizes distribution without needing own GTM
Enterprise endpoint security add-on sold through MDM vendors (Jamf, Kandji) as a policy-enforced module
MDM vendors already have enterprise buyer relationships and mandated device policies; positioning as a compliance module sidesteps cold developer outreach

Pivot trigger: If after 90 days of active outreach fewer than 50 individual developers convert from free to paid and fewer than 3 teams start a trial, the individual-seat SaaS motion is not working and a B2B or embedded licensing pivot should be evaluated immediately.

Risks and kill criteria

Risks

Free alternatives (git-crypt, OS-level FileVault/LUKS, age, sops) create strong ceiling on individual WTP and may satisfy enough of the problem that paid adoption stalls; sources: [1]
Key management UX is a hard unsolved problem: if the tool ever fails to auto-decrypt at the right moment (e.g., during a midnight incident), developers will remove it and leave files plain-text, destroying retention
Enterprise security teams may mandate approved tooling lists, and a new startup not yet on those lists faces a 6-18 month procurement cycle that kills early revenue
FUSE or symlink-based transparent decryption on macOS faces Apple SIP restrictions and frequent OS-update breakage, creating ongoing engineering maintenance burden that slows feature development
Developer-to-security-buyer mismatch: the developer who feels the pain cannot approve the budget; the security buyer who controls budget may prefer centralized Vault over distributed local encryption; sources: []
If a misconfiguration causes data loss (encrypted file, lost key), a single high-profile incident in developer communities (HN, Reddit) could permanently damage trust and kill growth; sources: [1]
HashiCorp, 1Password, or Doppler could ship local file encryption as a feature update, leveraging existing developer relationships and distribution at zero marginal cost; sources: []

Kill criteria

After 6 months of product availability and active GTM, fewer than 200 free tier users and fewer than 15 paid conversions, indicating insufficient organic demand to sustain a business
Three or more enterprise pilot evaluations end with 'we already have this covered by Vault/SOPS/FileVault' objections, confirming the perceived problem is not acute enough to displace existing workflows
Average developer session shows the tool is disabled or bypassed within 2 weeks of install due to friction (missed decryptions, broken toolchain integrations), meaning retention is structurally broken
A major password manager (1Password, Bitwarden) or secrets platform (Doppler, Infisical) ships native transparent file encryption, collapsing the differentiated value proposition before achieving defensible scale
Unit economics show customer acquisition cost exceeds $150 per seat and average contract value at 12 months is below $100, making payback period unviable for a SaaS business; sources: []

Validation plan

7-day plan

Day 1:Post the HN thread [1] and 3 similar Reddit r/devops and r/kubernetes threads in a spreadsheet; DM or email the 20 most upvoted commenters asking for a 15-minute call about their secret file management workflow
Day 2:Build a one-page landing page with a clear value prop ('your kubeconfig is never stored in plaintext, transparent CLI encryption') and a waitlist form; no product needed yet, measure email signups per 100 visitors
Day 3:Run 5 user interviews with developers who responded to outreach; use the interview questions below, record sessions, focus on whether transparent decryption and password manager integration together solve the friction they currently experience
Day 4:Search GitHub for repositories containing kubeconfig, .env, or credentials files accidentally committed (use GitHub search API); reach out to the developers via issues or profile emails with the landing page link to gauge interest
Day 5:Build a no-code prototype: a shell script that encrypts a single file using age/gpg and auto-decrypts via a shell alias; share in the HN thread [1] and measure how many developers try it and report friction in comments
Day 6:Survey the waitlist and interview respondents on pricing: show three tiers ($0 freemium solo, $10/month individual, $299/month 20-seat team) and ask which they would choose and what would make them upgrade; record specific numbers
Day 7:Compile findings: count how many developers described the problem without prompting, how many said they would pay, at what price point, and whether compliance or security was the primary motivator versus convenience; decide go/no-go on building v1 MVP

Interview questions

Walk me through the last time you set up a new dev machine: where did your kubeconfig, AWS credentials, and .env files end up and how did you get them there?
Have you ever had a security incident or near-miss involving a plain-text credential file on a developer machine, and what happened?
What tools do you currently use to protect secret files at rest, and what is the biggest friction point with that workflow today?
If a tool transparently encrypted every file you flagged as sensitive so you never had to think about it again, what would have to be true about reliability and toolchain compatibility for you to trust it daily?
Who in your organization would make the decision to purchase a tool like this: you individually, your team lead, or a security/compliance team, and what would the approval process look like?
We are considering pricing at $10/month per developer or $2,500/year for a 10-person team with compliance reporting. Which model fits your situation and what would be your ceiling before you would look for alternatives?
What existing tools (1Password, Vault, SOPS, git-crypt) do you already pay for that partially solve this, and what would it take for you to add another tool to that stack?
If this tool failed to decrypt a critical file during an incident at 2am, would that make you remove it permanently, and how would you weigh that risk against the security benefit?

Sources and freshness

[1]Hacker NewsAsk HN: How to avoid plain text secret files?I use a password manager & its CLI to get rid of e.g. my plain text PATH variables & access secrets from scripts. However I can't find a way to get rid of plain text secret files such as e.g. a kubeconfig file. Is there a tool (MacOS) that can e.g. encrypt files and...

Last researched: July 2026

Research confidence

Problem evidence: high
Pricing: medium
Revenue estimates: low
Go to market: medium
Feasibility: medium

Investors who fund this

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Skip Capital
Pre-Seed, Seed, Series A, Series B, Series C, Growth · $1M-$50M·Agnostic
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Adams Street Partners
Seed, Series A, Series B, Series C, Series D, Series E, Series F·United States
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Baleen Capital
Pre-Seed, Seed, Series A, Series B · $100K-$5M·Global
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Expert DOJO
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122West Ventures
Early Stage, Seed·United States
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