DECRYPTOR, INC.
CONTACT

Reverse engineering & obsolescence mitigation — NAICS 336412

When the part is obsolete and the drawings are gone, we recreate it.

Decryptor, Inc. recovers unsupportable defense electronics — reverse-engineering legacy hardware and delivering form-fit-function replacements that drop straight into the fielded system. On the federal record since 2000, from Richardson, Texas.

Request a capability statement What we do
Exhibit A — Re-engineered / Released drawing
3.80 IN ±.005 3.00 IN U1 MCU/FPGA Y1 16MHz U2 REG 3V3 U3 R1 R2 R3 C1 R4 .340 − C3 470µF L1 10µH J1 J2 PROG TP1 TP2 C2 PCB .062 IN · 4-LAYER COPPER 1 OZ · ENIG FINISH J1 — 6 POS · .100 PITCH NOTES: 1. ALL DIMENSIONS IN INCHES. 2. TOLERANCE ±.005 UNLESS NOTED. 3. MATL: FR-4, Tg 170. 4. NETLIST RECOVERED FROM SAMPLE. 5. FFF EQUIVALENT TO OEM P/N. DECRYPTOR, INC. CAGE 98K83RICHARDSON, TX TITLEFFF REPLACEMENT — CONTROL PCB DRAWNDECRYPTOR ENG DATE2026-06 DWG NODX-0001 SCALE2:1 REVA

ILLUSTRATIVE — REPRESENTATIVE OF METHOD

Capabilities

What we do

Reverse engineering

Recovering full design intent from legacy hardware — schematic, netlist, and PCB — when no original drawings or manufacturer support remain.

Form-Fit-Function replacement

Drop-in replacements that match the original's footprint, interfaces, and behavior, qualified to perform identically in the fielded system.

Obsolescence mitigation

Keeping aging platforms supportable when parts go end-of-life — re-engineering the component rather than redesigning the system around it.

Custom electronic systems

Design and build of embedded, mixed-signal, and ruggedized electronics for sustainment and new requirements in demanding environments.

The method

From dead board to drop-in replacement

We start with whatever survives — often a single failed unit, no schematic, no vendor. We recover the design and deliver a manufacturable, form-fit-function match.

Exhibit A — Reverse engineering / Released data package
U1 ? NO DATA PARTS UNPOPULATED / UNREADABLE U? R? R? C? VALUE UNK J? OEM DWG — NO. ▓▓▓▓ REV ? NO OEM DRAWINGS · OUT OF PRODUCTION PARTIAL NETLIST · TITLE BLOCK ILLEGIBLE · U1 UNKNOWN
As received — obsolete · no usable data
3.80 IN ±.005 3.00 IN U1 MCU/FPGA Y1 16MHz U2 REG 3V3 U3 R1 R2 R3 C1 R4 .340 − C3 470µF L1 10µH J1 J2 PROG TP1 TP2 C2 PCB .062 IN · 4-LAYER COPPER 1 OZ · ENIG FINISH J1 — 6 POS · .100 PITCH NOTES: 1. ALL DIMENSIONS IN INCHES. 2. TOLERANCE ±.005 UNLESS NOTED. 3. MATL: FR-4, Tg 170. 4. NETLIST RECOVERED FROM SAMPLE. 5. FFF EQUIVALENT TO OEM P/N. DECRYPTOR, INC. CAGE 98K83RICHARDSON, TX TITLEFFF REPLACEMENT — CONTROL PCB DRAWNDECRYPTOR ENG DATE2026-06 DWG NODX-0001 SCALE2:1 REVA
Re-engineered — released data package

On the record

Twenty-six years on the federal record

06121823 CUMULATIVE AWARDS 200020132026 23 AWARDS · $4.49M · ACTIVE SBIR PHASE III · DLA
FEDERAL AWARDS
23
TOTAL OBLIGATIONS
$4.49M
CONTRACTING SINCE
2000

SOURCE: PUBLIC FEDERAL AWARD RECORDS

Representative current program

C-130H autopilot angular acceleration sensor refresh

An active SBIR Phase III effort for the Defense Logistics Agency: integrating modern sensor technology into the C-130H autopilot to improve accuracy and aircraft control, and keep a critical transport airframe mission-ready — a direct application of the reverse-engineering and modernization work above.

AWARD VALUE
$779,994
SPONSOR
Defense Logistics Agency
PERIOD
Jul 2025 – Jan 2026

Contact

Have an unsupportable part?

Send us what you have — a failed unit, a part number, a sustainment problem. We respond to all federal and prime contractor inquiries.

contact@decryptorx.com

Richardson, Texas · UEI YQ3HS28FFEC5 · CAGE 98K83