Senior engineers embedded inside your team, your stack, and your security perimeter — shipping production code from week one, not slide decks in month three.
First production deployment typically within 2–6 weeks
AWS, Azure, GCP, hybrid, legacy — we work in your stack
We operate inside your VPN, IAM, and compliance boundary
Every line of code and every diagram belongs to you
01 — The problem
The pattern is now so common that MIT gave it a name: the GenAI Divide. Organizations pilot aggressively — over 80% have experimented with AI tools — yet only around 5% of initiatives ever reach production with measurable business value. Billions in enterprise spend, near-zero P&L impact.
The autopsy is almost always the same. The demo worked. The vendor's benchmarks were real. Then the solution met your actual environment: fragmented data spread across legacy databases, compliance rules nobody documented, workflows that exist in your operators' heads rather than in any spec, and integration surfaces (ERP, CRM, EHR, WMS) that no off-the-shelf product anticipated.
MIT NANDA · 2025
95% of enterprise AI pilots deliver no measurable ROI.
The difference isn't the model. It's the integration.
Traditional responses fail for structural reasons:
Strategy consultants understand your business but can't write production code. You get a roadmap; the gap remains.
Offshore dev shops can write code but need frozen specifications. Your operational reality changes faster than a spec document can.
Internal teams know the environment but are already at capacity keeping the lights on.
“The bottleneck is never the model. It is always the foundation underneath it — the data, the integrations, and the workflows nobody redesigned.”
What vendors ship
Your operational reality
This is precisely the gap the Forward Deployed Engineer role was invented to close.
02 — The solution
Forward Deployment Engineering was pioneered by Palantir to solve exactly this problem for the world's most complex organizations — and has since been adopted by OpenAI, Anthropic, Databricks, and the fastest-moving enterprise AI companies. The premise is simple and radical: instead of throwing requirements over a wall, embed senior engineers directly inside the client's environment with full accountability for outcomes.
An Agile Digest FDE:
Sits in your standupsand communication channels (Slack, Teams) from day one
Commits code to your repositories, inside your CI/CD, under your access controls
Learns your domain from your operators— the underwriter, the dispatcher, the charge nurse — not from a requirements doc
Ships to production iteratively, validating against real workflows, real data, and real users
Stays accountable after go-live— the engineer who built it is the engineer who answers when it matters
We don't sell advice about your systems. We build, deploy, and harden your systems — inside your walls.
Traditional model
Your company
Vendor
FDE model
Your team
Direct commit access — no wall to throw work over
03 — Comparison
| Traditional IT Consulting | Offshore Dev Shop | Agile DigestFDE | |
|---|---|---|---|
| What you receive | Strategy decks & recommendations | Code delivered against tickets | Running production systems |
| Where work happens | Their office, your meetings | Their premises, their tooling | Inside your repos, cloud & channels |
| Requirements model | Interviews → static report | Frozen specs, change orders | Live discovery with your operators |
| When reality changes | New engagement, new invoice | Change request queue | Adapted in the same sprint |
| Speed to first value | Months of strategy phases | Long kickoff-to-code cycle | Production code in weeks |
| Accountability after launch | None — engagement ends | Warranty period, then support tickets | Same engineers, monitoring outcomes |
| Tech stack | Often vendor-aligned | Narrow, fixed stack | Fully agnostic — your stack, always |
| Data & IP | Varies | Varies; often offshore data access | Zero egress; 100% yours |
04 — Capabilities
Last-mile problems don't respect specialty boundaries. A single integration might touch a 15-year-old Oracle database, a Kubernetes cluster, an LLM pipeline, and a compliance audit — in the same week. Our FDE squads are built to cover the entire surface.
The outcome: software that fits your operation like it was built there — because it was.
Hands-on development across modern frameworks and legacy architectures alike. High-performance microservices, API gateways, custom backend pipelines, and operator-facing dashboards designed with the front-line staff who will actually use them. We refactor what's worth keeping and rebuild what isn't — inside your codebase, following your conventions.
The outcome: infrastructure that scales on demand and survives an audit.
Enterprise cloud architecture, cloud-native migration, and infrastructure-as-code (Terraform, CloudFormation). Container orchestration on Kubernetes and ECS, serverless architectures, and fully automated CI/CD. Multi-region resilience, high availability, and zero-trust security designed in from the first commit — not bolted on before launch.
The outcome: AI that's wired into your P&L, not stranded in a pilot.
This is where the 95% failure rate lives — and where FDEs earn their keep. We integrate autonomous AI agents (voice, sales, operations, sourcing) directly with your ERP/CRM backends. We build multi-agent execution pipelines, event-driven workflow runners (n8n, custom Python engines), and domain-adapted RAG/LLM infrastructure that operates entirely within your cloud perimeter. Every AI system ships with evaluation harnesses, guardrails, and observability — the production discipline that separates deployed AI from demoed AI.
The outcome: your 15-year-old systems and your newest AI, speaking fluently.
Modernizing complex data workflows and bridging legacy databases with cloud-native applications. Real-time telemetry, transformation pipelines, and high-throughput stream processing. Compliance enforced as code — HIPAA, GDPR, SOC 2 — with audit trails your governance team will actually sign off on.
05 — Engagement
Best for: multi-quarter enterprise transformation and deep platform customization.
A multi-disciplinary team of senior engineers and architects embedded in your sprint cycles, channels, and planning rituals. They function as an extension of your engineering org — with the velocity of a startup team and the discipline of enterprise delivery.
Typical shape: 2–5 engineers · 3–12 months · your cadence
Best for: a defined, high-stakes integration — AI agent rollout, cloud migration, legacy bridge.
A targeted squad with a single mission and a tight execution window. Scope is defined in the first week; production delivery lands inside 30–90 days.
Typical shape: 2–3 engineers · 30–90 days · fixed mission
Best for: a promising POC that must become a secure, scalable enterprise system.
You have something that works in a notebook or a demo environment. We harden it: refactored architecture, evaluation and guardrail frameworks, security review, load-ready cloud footprint, CI/CD, and monitoring. Your experiment becomes your infrastructure.
Typical shape: 1–3 engineers · 4–10 weeks · POC in, production out
Not sure which fits? A 45-minute architecture consultation will tell you — and costs nothing.
06 — Domains
HIPAA-compliant patient data pipelines, AI triage and appointment voice agents integrated with scheduling systems, and bridges into legacy EHR platforms — built inside your compliance boundary, with PHI that never leaves your perimeter.
Automated risk and fraud pipelines with real-time scoring, live analytics dashboards for operations and compliance teams, and secure multi-cloud API infrastructure designed for audit and regulatory scrutiny.
High-volume inventory prediction runners, automated order orchestration across marketplaces and WMS platforms, and custom logistics integrations that keep pace with peak-season throughput.
Automated lead qualification and routing, property data aggregation backends unifying MLS and third-party feeds, and multi-channel tenant and owner portals.
07 — Framework
We join your operational loop — standups, channels, floor walks. We audit existing infrastructure (AWS/Azure/GCP, databases, integrations) and map the last-mile bottlenecks with the people who live them daily.
You get: architecture audit, bottleneck map, prioritized execution plan.
Working code in your staging environment — pipeline adapters, integration bridges, agent workflows — validated against real data and real operators. No mock demos; operational fit is the only benchmark.
You get: functional prototypes running on your data, validated by your team.
Automated CI/CD, zero-trust security implementation, performance optimization, evaluation and guardrail frameworks for AI components, then controlled production rollout.
You get: live production systems with monitoring, alerting, and rollback paths.
We train your internal teams, document every architecture decision, and establish continuous monitoring. Success is your team running the system without us — with our engineers a message away.
You get: documentation, trained internal owners, and long-term operational resilience.
08 — Questions
Our engineers work inside your boundary — your IAM, your VPN, your compliance frameworks. Proprietary data never leaves your enterprise perimeter.
Custom development delivers standalone software against static requirements. FDE embeds engineers inside your live operational environment, where static specs fail — integrating software, cloud infrastructure, and AI into workflows as they actually run. The engineer who scopes the problem is the engineer who ships it and stands behind it in production.
09 — Get started
Most enterprise AI and platform initiatives stall in the last mile. Yours doesn't have to. Book a no-cost FDE architecture consultation — 45 minutes with a senior engineer (not a salesperson) to map your bottlenecks and outline an execution path.
45 minutes with a senior engineer, not a salesperson. Tell us what's blocking you and we'll map your bottlenecks and outline an execution path.