Engineering Executive

Deepa
Gupta

I build platforms, teams, and the organizations that sustain them — across government, fintech, and AI in healthcare.

The work typically begins after initial approaches have already failed or stalled. At that point, the challenge is less about adding new systems and more about understanding why existing assumptions are not holding.

Experience spans large-scale organizations and early-stage companies — from leading 40+ engineer teams at Salesforce to building systems hands-on in smaller, high-growth environments.

Deepa Gupta
$
$480M+ in impact Across government, fintech & AI health

Commercial impact
at every scale

Across two decades, my work has been directly tied to nine-figure government opportunities, nine-figure platform revenue, and quarter-over-quarter growth.

$15M
Federal deal closed
Revenue growth in one year
$13M+/qtr
Recurring revenue added
$450M+
Government contract opportunity
40
Engineers hired & retained in 12 months
1
U.S. Patent

Four projects.
Hundreds of millions in impact.

Each project represents a category-defining challenge — technical firsts, platform transformations, and federal deployments that most engineering leaders never encounter.

Government · Security
Salesforce Airgap — First Top-Secret Government Deployment
No prior path existed. A major U.S. intelligence agency needed Salesforce operating inside a top-secret SCIF — air-gapped, with data flowing in via light diode. I invented the architecture from scratch, built redundant systems and fail-safes, and when a late-stage vulnerability surfaced in the error reporting system, I convened a crisis response the same day and redesigned the component without touching the timeline.
$450M Opportunity SCIF Environment On Time · On Budget Zero Security Incidents

Role: Led engineering direction for federal deployment (3 managers, ~40–50 engineers)

01
Product · Revenue
Quip for Sales — The Live Sync That Moved the Number
Real-time bi-directional sync at enterprise scale means any data inconsistency becomes a trust problem immediately. Beyond the technical recovery — root cause analysis, redesigned event pipeline, conflict resolution — the deeper challenge was structural: influencing IT and security decision-makers without authority, aligning teams who owned infrastructure I depended on, and reducing the engineering-product rework that had been bleeding 40% of delivery capacity. I fixed the org friction at the same time as the race condition.
$13M+/Quarter 171% ACV Growth $5 → $60 Price 127K+ Active Users

Role: Led platform design and execution (2 managers, multi-team scope)

02
Platform · Fintech
Blend Builder — From Mortgage App to Enterprise Platform
The system was built for a single mortgage product; extending it to support new workflows increased complexity and slowed iteration. I shifted the approach from feature extension to platform design — introducing a low-code workflow system and reusable components that allowed product behavior to be configured without engineering changes. As the platform evolved, I aligned team ownership to the architecture, reducing cross-team dependencies that had slowed delivery. A key tradeoff was flexibility vs correctness. We redesigned validation to run incrementally, reducing latency by ~50% without weakening guarantees.
$8.5M → $25M Revenue Wells Fargo · PNC 99.95% Uptime 15 → 40 Engineers

Role: Led platform architecture and execution (1 manager, multi-team scope)

03
AI · Federal Health
Abridge × VA — AI at the Point of Care
Clinical documentation in a federal context means every engineering decision touches compliance, patient data, and veteran care simultaneously. When a VA accessibility audit surfaced critical gaps across the product, I mobilized 40 people company-wide within 72 hours, built a structured remediation plan across five product surfaces, and drove the program from crisis to compliant — without pausing FedRAMP certification or EHR integration work. The harder problem was not execution, but coordination under constraint — aligning teams across product, compliance, and infrastructure without slowing parallel critical paths.
$15M Federal Deal FedRAMP Moderate Section 508 VA + UAE Expansion

Role: Leading engineering execution and system integration in a federal environment (IC leadership)

04
Career Arc

Two decades of
building at the frontier

Abridge
2025 — Present
Senior Engineering Manager — AI Clinical Documentation
Defined how a small team could own an outsized scope — structuring workstreams with clear boundaries, explicit accountability, and a shared cadence that surfaced issues early. Precision at startup speed required deliberate org design, not just execution.
Blend Labs
Group Engineering Manager
Blend Builder Platform — Group Engineering Manager
Hired to change what the company was, not just what it shipped. Designed the org structure as I built the team — aligning squad ownership with platform architecture — so that as we scaled, the system and the organization grew in the same shape.
Salesforce (Quip)
Senior Director
Quip for Sales — Senior Director of Engineering
Owned the engineering roadmap for Quip for Sales — the product the company was betting its commercial future on. Real-time, bi-directional sync at enterprise scale meant that inconsistency was not a recoverable error — it was an immediate loss of trust. The work required coordinating across infrastructure, IT, and security teams, where critical dependencies sat outside my direct control.
Salesforce
Senior leadership
Government Airgap — Senior Engineering Leader
Operating inside a top-secret SCIF meant standard assumptions — network access, observability, and deployment — did not apply. The system required secure data transfer via light diode and had zero tolerance for failure under strict government constraints.
Salesforce
Early career
Infrastructure Orchestration — Engineer to Engineering Lead
Where the foundation was set: building systems, building teams, and learning that reliability at scale requires both architectural rigor and a culture that takes operational discipline seriously. The lessons from this work show up in everything that came after.
Areas of Depth

Four domains.
Demonstrated at scale.

⚙️
Platform Architecture
Proven track record of taking single-product systems and reimagining them as configurable platforms — unlocking new business models, new revenue, and new markets. From Salesforce's infrastructure orchestration to Blend's fintech workflow builder.
🔐
Government & Regulated Environments
Hands-on experience in some of the most demanding compliance contexts: top-secret SCIFs, FedRAMP Moderate and High, Section 508, VA federal contracting, and air-gapped deployments. The rare combination of security depth and delivery velocity.
🤖
AI in Healthcare Infrastructure
Currently at the frontier: building the engineering foundation for AI clinical documentation at scale — real-time transcription, multi-EHR integration, BYOK encryption, FedRAMP-compliant cloud architecture, and international localization across 20+ languages.
🧑‍💼
Engineering Leadership
I don't just run teams — I design how organizations function. That means defining ownership boundaries that reduce cross-team dependency, aligning squad structure to system architecture, and shifting execution models from reactive to platform-driven. I invest heavily in the people who want to grow, and build environments where clarity replaces coordination overhead.
Recognition

Awards & Credentials

Salesforce
President's Award
Given to fewer than 1% of Salesforce Technology employees. The company's highest individual recognition for sustained impact.
Salesforce · 2014
All Star Technical Award
Recognized for exceptional technical contributions and cross-functional impact across the engineering organization.
Salesforce
Leading for Success Nominee
Nominated for the high-potential leadership development program, recognizing emerging senior leaders within the organization.
USPTO · 2013
U.S. Patent 8,463,828
Patent granted for technical innovation in information systems. One of a small number of individual contributor patents issued during this era at Salesforce.
Carnegie Mellon University
M.S. Information Systems Management
Graduate degree from CMU's Heinz College — one of the top information systems programs in the country.
Career
20 Years · IBM → Cisco → Salesforce → Blend → Abridge
A continuous arc from systems engineering to senior executive leadership across infrastructure, fintech, and AI in healthcare.
The Story

Engineering at the
intersection of ambition
and consequence

Deepa Gupta
📍
San Francisco Bay Area Engineering leader in healthtech & govtech
🎓
Carnegie Mellon University M.S. Information Systems Management
📜
U.S. Patent Holder Patent 8,463,828 · Salesforce, 2013
💼
20 Years of Experience IBM · Cisco · Salesforce · Blend · Abridge

I build systems where technical, regulatory, and organizational constraints are tightly coupled — and failure comes from misunderstanding that boundary. That's not a philosophy I arrived at through theory. It's what I learned building inside SCIFs, shipping through FedRAMP audits, and scaling platforms that banks wouldn't tolerate going down.

Early on, I learned that the best engineering work is invisible — the system that never goes down, the migration no one noticed, the security architecture that held under pressure no one anticipated. That shaped how I think about what "done" means.

At Salesforce, I got to work on problems that didn't have precedent: building infrastructure automation when the playbook didn't exist, then building inside a classified facility when the constraints were unlike anything in commercial software. Both taught me that the discipline that gets you through ambiguity is the same whether you're debugging a race condition or managing a government client crisis.

When I joined Blend, the challenge was different — not just build something new, but change what the company was. That required rebuilding the team, the culture, and the product simultaneously, without losing the enterprise clients watching closely. I found that I'm drawn to exactly that kind of work: where the technical and the organizational have to move together, or neither moves at all.

Now at Abridge, the stakes feel the most consequential yet. AI that helps clinicians document care for veterans — that's not an abstraction. Getting it right means better notes, less burnout, and more time at the bedside. Getting it wrong has consequences. I think that's exactly the right kind of problem to be working on.