Engineering for Regulated Change

From mobile and web experiences to backend services and governed agentic automation, we engineer deterministic behavior and audit-relevant evidence as a byproduct of how the software is built and released.

Executable Behavior

Financial correctness starts as code. Using Behavior-Driven Development (BDD), we translate business rules into executable scenarios that run continuously in CI. Authorization rules, limits, state transitions, and reconciliation expectations become contracts that the system satisfies, release after release.

The result: reduced ambiguity and provable behavior as the system evolves.

Change-Safe Delivery Controls

Release confidence comes from verification gates built into delivery. Automated checks validate changes against known financial behavior and operational constraints on every merge and release candidate.

The result: predictable releases and sustained delivery velocity under real financial constraints.

Systems-of-Record First Architecture

Content Ledgers and transaction workflows are treated as first-class architecture, not incidental application logic. We define invariants, isolate responsibilities across services, and design explicit recording and exception paths that keep correctness observable.

The result: consistent outcomes across channels—mobile, web, backend services, and partner integrations.

Evidence-Generating Engineering

Evidence emerges naturally when requirements are executable and delivery is gated by verification. Specifications, test runs, and change records link directly to the behaviors that shipped and the controls that enforced them. This creates a durable paper trail tied to production reality, not retroactive documentation.

The result: defensible change history and fast answers when questions arise.

Gated AI

Qualification gates, schema-validated outputs, and scoped tool authority keep agent execution bounded by explicit rules. Multi-stream observability, evidence-backed claims, and configurable confidence thresholds route high-impact decisions through human-in-the-loop approval paths.

The result: AI that increases throughput while keeping reliability, traceability, and governance explicit.

Senior-Led Control

Correctness improves when senior developers engineer the control system early. BiTE embeds senior talent to define executable behavior, implement verification gates, and establish operational guardrails across mobile, frontend, backend, and agentic systems.

The result: accountable delivery and stable financial behavior over time.

Compliance by Design

Explicit behaviors, traceable from requirement to release

Case Studies

Rocket Auto's Consumer Platform

Learn how BiTE operated as an autonomous engineering team inside Rocket Companies — owning full-stack delivery on a live used vehicle marketplace while Rocket’s core teams stayed focused on Rocket Mortgage.

Prudential's Portable Presentation System

Read how BiTE designed and built a self-contained, multi-device presentation platform from scratch — custom hardware, a real-time server, and a native iPad app — giving Prudential’s sales team a synchronized, interactive pitch system that worked in any room with zero network dependencies.

H&R Block's Mobile Platform

See how BiTE owned all H&R Block mobile applications — strategy, architecture, engineering, and QA across iOS and Android — for over four years, shipping every tax season on time while solving deep platform challenges in authentication, security, and localization.

Experience Matters

Frequently Asked Questions

What does BiTE mean by Financial Services Engineering?

Financial Services Engineering at BiTE is the engineering of systems in which correctness must remain provable through change. We build and evolve systems-of-record so reconciliation holds, controls remain explicit, and delivery stays predictable as systems scale.

What kinds of financial systems does BiTE work on?

BiTE works on regulated financial systems that manage money movement, balances, authorization, limits, reconciliation, and reporting. This includes payment platforms, ledger systems, risk and compliance tooling, financial operations systems, and integrations with banks, processors, and partners.

Does BiTE work on systems that move money?

Yes. BiTE engineers systems that perform or govern money movement, including authorization, idempotency, reconciliation, rollback, and auditability. BiTE does not store raw card data.

How does BiTE ensure audit-grade correctness in financial systems?

Correctness is enforced as executable behavior. Authorization rules, limits, state transitions, and reconciliation expectations are translated into contracts the system must satisfy continuously. Behavior remains provable release after release, not inferred after the fact.

How does BiTE keep financial systems safe to change?

Change safety comes from delivery controls built into the system. Automated verification gates validate every change against known financial behavior and operational constraints on each merge and release candidate, preventing silent drift.

How does BiTE approach systems-of-record architecture?

Systems-of-record are treated as first-class architecture. Ledgers and transaction workflows are isolated from incidental application logic, invariants are made explicit, and exception paths are designed so correctness remains observable under both normal operation and failure.

How does BiTE ensure transactional correctness across services and channels?

Transactional correctness is enforced through clear consistency boundaries, explicit write ownership, and append-only audit trails. Critical state transitions are recorded as immutable events, with traceability from request to outcome across web, mobile, backend services, and partner integrations.

How does BiTE approach AI in financial systems?

AI is delivered with explicit gates and controls. Qualification gates, schema-validated outputs, scoped tool authority, and configurable confidence thresholds keep agent execution bounded. High-impact decisions route through human-in-the-loop approval paths so reliability, traceability, and governance remain explicit.

Is BiTE SOC 2 certified?

Yes. BiTE is SOC 2 certified.

How does BiTE work with existing financial engineering teams?

BiTE works collaboratively alongside existing teams as a senior extension of the engineering organization. We integrate into established processes, navigate complex technical and organizational environments, and introduce controls incrementally without disruption or blame.

When do teams typically engage BiTE for financial services work?

Teams engage BiTE when financial systems must remain provable under growth, regulatory pressure, operational scale, or architectural change. Engagements may involve new platforms, modernization of existing systems, or sustained operation of high-trust financial workflows.

What types of financial projects are not a good fit for BiTE?

BiTE is not a fit for superficial integrations or exploratory prototypes disconnected from systems-of-record behavior. Our work is suited to financial systems where correctness, traceability, and long-term control are mandatory.

When correctness must come first