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The FireProbe3403bT is the first product in the second generation of DapTechnology’s FireProbe family. It represents the standard configuration within the series and is engineered to support a broad range of functional profiles through its dedicated hardware and firmware architecture
The default configuration includes:
Given the growing importance of cybersecurity, traditional data transfer methods—such as USB-based connectivity used to upload captured data to a host system (e.g., an analysis PC)—are increasingly restricted or prohibited in many aerospace programs.
To address this challenge, DapTechnology has developed a secure approach for transferring large volumes of captured data without compromising data protection. The FireProbe platform supports secure data offload while maintaining strict cybersecurity requirements.
In addition to standard NVMe SSD storage with built-in encryption, the FP3403bT can also be operated with FIPS-140 validated encrypted NVMe drives, enabling secure end-to-end handling of recorded data.
By simply opening the hinged drive protection bay, the NVMe drive can be easily removed from the FireProbe. The drive can then be transferred to a secure environment and decrypted in a compatible drive bay connected to a PC or laptop via USB.
Once connected, the captured data can be analyzed using the feature-rich FireDiagnostic Suite in standalone mode—a workflow already familiar to many FireSpy users.
For this FireProbe variant, DapTechnology has chosen a rugged enclosure that balances durability, environmental protection, and usability. Rubber corner shock absorbers provide reliable impact protection, while the overall design ensures the unit can withstand outdoor and harsh environmental conditions. The ruggedness of the enclosure meets MIL-STD-810 and MIL-STD461 standards, making it suitable for demanding field applications.
active
recommended for new designs
Initial Release: Mar 2026
| Dimensions: | 334 x 262 x 60mm (including bumpers) |
| Weight: | 3.9 kg (excluding external AC/DC Power Supply) |
| Power Requirements: | 24V, 20W max |
| Regulatory compliance: |
FCC Class A , CE MIL-STD-810 |
| Connections: |
2x D38999 connectors for bus connections 1x D38999 connector for PWR |
|
TFT Screen:
|
10.1'' 1280 x 800 px resolution 850cd/m2 brightness Industrial projected capacitive touch screen |
| Switches: | Soft power-button for PWR On/Off |
| Part Number: |
FP3403BT (FireProbe with FIPS-140 verified drive) and certified AC/DC Power Supply) |
| Codes: |
Export Control: EAR99 HTS: 9031.80.80.85 |
A FireProbe3403bT specification sheet will be available for download shortly.
Currently ~6 months. Please contact sales(at)daptechnology.com for more detailed information.
Standard: 48 months, limited.
Options: Additional 1-year SW/FW Support packages may be purchased.
All products will be supported on a 24 hours response basis and free of charge during the warranty period. For support questions please contact: sales(at)daptechnology.com
Of course you can also call us during our office hours from 9:00 until 17:00 hours (GMT +1:00). Contact Info
Please contact sales(at)daptechnology.com for current pricing.
| Country | Distributor | Phone | URL |
|---|---|---|---|
| United States of America | DapUSA, Inc | +1 480 422 1551 | www.dapusa.com |
| Europe | Dap Technology B.V. | +1-514-453-4111 | www.daptechnology.com |
Leveraging the field-proven FireSpy® Software, the DapTechnology control panel technology has been optimized for use in the FireProbe embedded software environment. By design, the FireProbe user experience is highly customizable with regards to visualization and control elements to match specific user needs. The chosen design provides a highly customizable framework and the tools to tailor towards specific operator tasks.
The Graphical User Interface (GUI) builder PC tool can be used to create and modify operator specific screens for specific and unique operator tasks. Enabling our customers to build operator specific data views will result in better data-protection, higher operator productivity and lower training cost. This operator specific customization can be done by the customer supported by DapTechnology’s partners (DapUSA). The benefit of this approach is that only FireProbe configuration files will be exchanged between the configuration environment and the FireProbe device by using the NVMe SSD as transportation medium.
The required know-how of the specific aerospace program can not only be kept at a minimum but also geographically contained, which is of critical importance when dealing with export-controlled information. The idea is that none of this controlled information needs to flow back to DapTechnology's design team but can be entirely handled by DapUSA Inc. (fully US owned, US staff only, NIST800-171 compliant) as a contracted design service.
Another important aspect is that the mentioned configuration files are always encrypted and cannot be altered on the FireProbe device themselves or on any other device. So no FireProbe user can access information that he has not been authorized to. This creates an extremely efficient mechanism for data protection but also for limiting the depth of information presentation.
The FireDiagnostics Suite is the most comprehensive collection of 1394 analysis, simulation and interface tools for a wide range of applications. Apart from well established and hardware assisted FireSpy analyzer tools like Monitor, Recorder, Generator, Commander, Scriptor and Mil1394 Signal Monitor, the suite also offers a set of software tools designed to work in a stand-alone mode (i.e. without a FireSpy analyzer connected). In this mode the Suite is able to open and analyze data sets captured by compatible devices and in particluar FireProbe.
A cornerstone of FireDiagnostics Suite functionality is the unparalleled level of support for high-level protocols. With IEEE-1394 being the basic data exchange mechanism application specific protocols for the PC & storage environment (IPv4, SBP2), consumer electronics (AV/C, HAVi), Automotive Infotainment (AMI-C), Industrial Imaging (IIDC) have been successfully deployed. In recent years AS5643 has been adopted for use within Aerospace and Defense and largely fueled the continuous growth of IEEE-1394.
