Mulberry Technologies LLC
Safety • Quality • Experience
Memory-Safe Systems & AI-Accelerated Delivery
SBA-Certified SDVOSB & VOSB
Mission-Critical Software Engineering

Reliable Software Solutions for Mission-Critical Environments.

Mulberry Technologies LLC helps federal agencies, defense partners, and commercial prime contractors build crash-resistant applications, modernize legacy systems, and implement automated validation frameworks. Combining modern Rust-first engineering with an AI-accelerated, specification-driven development lifecycle under principal engineer oversight.

Company Data & Federal Codes

SBA Certified Service-Disabled Veteran-Owned Small Business SBA Certified Veteran-Owned Small Business
UEI: FLEZB9N4SKR7
CAGE Code: 23X34
Socioeconomic Status: SBA-Certified SDVOSB & VOSB
Primary NAICS: 541511 (Custom Computer Programming)
Secondary NAICS: 513210 (Software Publishers) 541512 (Computer Systems Design Services)
PSC Tower Codes: DA01, DA10, DD01

Core Capabilities

High-integrity engineering services structured for compliance, reliability, and automated verification.

Custom Software & Backend Engineering

Design and implementation of memory-safe, crash-resistant backend services, microservices, and operator dashboards engineered for high availability and low lifecycle maintenance.

Systems Modernization & DevSecOps Integration

Bridging legacy infrastructure with secure event-driven architectures, structured API gateways, resilient data pipelines, and containerized Linux deployments (Debian/RHEL, K8s/OpenShift, Docker/Podman).

Automated Conformance & Validation Tooling

Developing protocol simulators, reproducible test environments, and automated validation suites to guarantee system interoperability and regulatory conformance under strict requirements.

Key Differentiators

Why government and industry partners select Mulberry Technologies for high-consequence systems.

Memory-Safe Architecture (Rust-First)

We develop software using modern memory-safe technologies that eliminate buffer overflows, race conditions, and memory corruption vulnerabilities at compile time—directly fulfilling federal cybersecurity and memory-safety mandates (CISA / ONCD).

AI-Accelerated Delivery with Engineering Rigor

We harness advanced AI tooling across the software lifecycle to accelerate prototyping, code scaffolding, and test generation—delivering solutions faster and more cost-effectively under 100% principal engineer verification and accountability.

Specification-Driven & Test-Driven Quality

Every feature traces directly to formal requirements and is validated by automated test suites and continuous DevSecOps pipeline checks prior to implementation and release—ensuring complete traceability, repeatable quality, and defect prevention.

SDVOSB Agility & Direct Principal Access

Clients engage directly with senior engineering leadership, enabling rapid decision-making, direct accountability, and flexible small business contracting without the bureaucratic overhead of multi-tiered prime contractors.

Rust Memory Safety CISA/ONCD Mandate Alignment Custom Software Development Systems Integration Conformance Testing AI-Accelerated SDLC SDD / TDD Microservices DevSecOps Linux / Kubernetes SBA-Certified SDVOSB VOSB NAICS 541511 NAICS 513210 NAICS 541512 PSC DA01 PSC DA10 PSC DD01

Case Studies & Resources

Real-world example demonstrating Mulberry Technologies' AI-accelerated SDLC methodology applied to high-integrity systems.

Rusty-BOS: An AI-Accelerated Railroad Positive Train Control (PTC) Back Office Server and Computer Aided Dispatch System

A comprehensive case study demonstrating specification-driven and test-driven development (SDD/TDD) combined with AI-accelerated development to deliver a memory-safe, fault-tolerant PTC messaging server and dispatcher control system, signal interlocking platform, and telemetry aggregation layer—implemented as a working prototype of a railroad PTC back office and dispatch system.

Capability Statement

A one-page summary of Mulberry Technologies' core competencies, key technical differentiators, and company data (UEI, CAGE, NAICS, PSC)—suitable for response to RFQs, Sources Sought, and capability statement requests.

Leadership & Engineering Direction

Direct access to principal engineering leadership with a focus on high-consequence system reliability.

Celso Moreira De Souza Jr.

Founder & Managing Member • Principal Systems Engineer
Location: Kansas, USA

U.S. Navy Veteran and technologist leading software engineering and architecture for mission-critical and safety-critical environments. Specializes in building high-consequence, crash-resistant software architectures using Rust, containerized Linux platforms, and specification-driven/test-driven development (SDD/TDD) methodologies.

Directly oversees technical strategy, formal protocol verification, automated testbed design, and client engagements—ensuring every deliverable satisfies rigorous memory-safety, security, and traceability standards without multi-layered subcontractor overhead.

Contact & Procurement

For RFQs, Sources Sought responses, capability statement requests, teaming opportunities, or general inquiries:

Submissions are delivered directly to the Mulberry Technologies contracting team. We respond within one business day.