Forma

Zero-trust technical document publishing for security-first research teams

Engineering labs and research teams lose over 15 hours weekly fighting cloud compilation queues and overpaying for basic git synchronization in legacy academic editors.

Forma delivers a zero-trust, browser-native technical publishing workspace that compiles complex mathematical documents entirely offline via local browser WebAssembly engines. By syncing directly to enterprise Git repositories without routing sensitive manuscripts through third-party servers, research organizations guarantee absolute intellectual property protection. Teams collaborate with instant preview feedback, offline resilience, and zero subscription tax for basic version control.

Forma is redefining enterprise document intelligence by giving high-stakes research teams complete sovereign control over their technical publication pipelines.

COMMENTS — Community Discussion

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#DevTools#Legal#Ops#Data

Problem

When I write sensitive research papers, I want to sync with company Git repos, but paywalled cloud tools force 100% data exposure for $30 monthly per seat.
Why Now: Strict data privacy mandates such as SOC2, HIPAA, and CMMC penalize cloud-hosted IP leaks, forcing enterprise R&D labs to abandon hosted LaTeX editors.
When I work offline or on flight Wi-Fi, I want to edit and render technical manuscripts, but legacy web editors fail completely without an active server connection.
When I compile large 200-page patents with dense equations, I want real-time previews, but server compilation queues cause 45-second build latencies.
Existing Alternatives: Overleaf Enterprise ($360 per year per user), heavy local VS Code TeX setups requiring 5GB local engine installs, or plain text git commits with broken local builds.

Solution

High-Level Concept: Figma for security-first technical publishing and zero-latency document authoring.

Local-first WebAssembly compilation engine providing sub-100ms instant document previews without sending data to external servers.
Native zero-trust Git synchronization that integrates directly into GitHub Enterprise, GitLab, and Bitbucket with hardware-bound SSH key support.
Air-gapped team collaboration with peer-to-peer real-time CRDT editing over local corporate networks.

Distribution

Principal R&D scientists in defense contractors, quant hedge fund researchers, and patent attorneys who require local git control and air-gapped security.
Direct outreach to university department heads and national laboratory IT administrators seeking self-serve data compliance.
Open-source WebAssembly TeX engine core distributed on GitHub to drive organic developer adoption and enterprise bottoms-up pull.
Strategic distribution partnerships with IP law firm management software platforms and defense research incubators.

Pricing

Value Ladder: Free Tier ($0 for local offline authoring)
Pro Tier ($15 per user monthly for native Git sync)
Enterprise Tier ($45 per user monthly for air-gapped SSO, audit logs, and custom font packages).
One Metric That Matters: Monthly Active Collaborating Teams (MACT) completing at least 10 Git-synced compilations per week.
Market Sizing: SAM is 250k defense, quant, and academic researchers paying $180 annually = $45M. SOM is 5% market capture in Year 1 = $2.25M ARR.

Scale Costs

Maintaining pre-compiled, highly-compressed WebAssembly distributions of TeX Live packages across multiple browser engine architectures.
Enterprise SOC2 Type II compliance infrastructure and security audits for zero-knowledge encryption guarantees.
Custom peer-to-peer CRDT sync engines optimized for high-density mathematical document structure resolution.

Expert Opinions

Avg: 9.5

Former VP of Research Infrastructure at DARPA & Enterprise Security Architect
9.6
Managing Partner at Tier-1 Intellectual Property Law Firm
9.4
Principal Engineer & Open-Source WASM Maintainer
9.5

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