Oh, and for a second ‘last’ toot of importance (because privacy if the ‘wind of the round’ — a MahJong term :)) here is an interesting article In the investigative The Nerve. It’s UK oriented, but Palentir is also imbedded here in Australia don’t you know…

“The first, a senior systems engineer with the MoD who has decades of experience across the defence industry, told the Nerve: “Ministers clearly have a lack of understanding of Palantir’s technology. The statements with respect to sovereign data appear to be missing the point entirely. [They’re] missing the realities of data scraping, of aggregation, and the fact that Palantir is building its own rich picture of our nation that they can use for their own ends.”

Palentir denies any security imporpriety, of course they do. Yet they have form:

“The Nerve has identified a previous case in which Palantir claimed proprietary rights to data insights after its contract was cancelled. In the early 2010s, the New York Police Department contracted Palantir to help find high-profile targets using data scraping and analysis. In 2017, it cancelled the contract, but Palantir claimed its platforms – Gotham and Foundry, the same systems used inside the UK government – created a unique ecosystem that sat on top of NYPD data. That meant any analysis derived from those platforms was, they claimed, Palantir’s intellectual property.”

So, better to remain sceptical and do what the Swiss Army did, send Palentir packing.

Read more:
https://www.thenerve.news/p/palantir-technologies-uk-mod-sources-government-data-insights-security-state-secrets

#UKPol #NationalSecurity #Defence #MetadataAnalysis #Palantir

‘It beggars belief’: MoD sources warn Palantir’s role at heart of government is threat to UK’s security

Experts say that claims UK data remains under government ownership miss the point that the company has the capability to build its own detailed picture of the British population, and even infer state secrets. Report by Charlie Young and Carole Cadwalladr

The Nerve
OSINT Tools in C/C++: Used by Intelligence and Security Services
Modern intelligence and cyber-reconnaissance units increasingly rely on **C and C++ tools** when **speed, resource control, and minimal digital footprint** are critical. Below is an overview of key tools and why these languages are preferred.
Classic OSINT Tools in C/C++
1. **Nmap (C/C++)**
The cornerstone network scanner for most OSINT tasks.
**Function:** Active and passive host discovery, service detection, OS fingerprinting.
**Feature:** Supports NSE scripts for automated reconnaissance.
2. **ZMap (C)**
Mass IPv4 scanning (e.g., one port across the entire IPv4 space in ~5 minutes).
Used for large-scale SIGINT/OSINT operations.
3. **Masscan (C)**
U.S. counterpart to ZMap, optimized for maximum speed.
Ideal for instant “network snapshots.”
4. **Tcpdump / libpcap (C)**
Passive packet capture.
Forms the backbone for packet analysis in intelligence systems.
5. **Bro/Zeek (C++)**
Network event analysis framework.
Detects anomalies and covert channels.
6. **YARA / YARA Rules Engine (C/C++)**
Signature-based detection of malware, documents, and archives.
Widely used in cyber intelligence.
7. **OpenSSL Toolkit (C)**
Certificate and TLS channel analysis.
Used to examine cryptographic infrastructure.
8. **ExifTool (C++)**
Metadata analysis for images and documents: device, timestamp, GPS.
9. **Tshark (C)**
CLI version of Wireshark for covert traffic analysis.
10. **Osquery (C++)**
Live-forensics system turning the host into a SQL-queryable database.
Why C/C++ Matters in Intelligence
**Maximum speed**
Native code is crucial for mass network scanning, data streams, and crypto operations.
**Resource control**
Direct management of memory, threads, and network buffers without overhead.
**Low-level access**
Raw sockets, system calls, filesystem, network interfaces.
**Deterministic behavior**
Predictable response times, no garbage collection delays.
**Minimal dependencies & portability**
Statically compilable binaries for Linux, Windows, BSD, or embedded systems.
**Integration with high-performance libraries**
OpenSSL, libpcap, Boost, ZLib for crypto, networking, and compression.
**Hardware-level optimization**
SIMD, vectorization, inline functions, assembly inserts.
Performance: C/C++ vs Interpreted Languages
Example: scanning 100,000 IPs for open ports.
Language Execution Time Reason C 3–5 sec Native code, minimal overhead C++ + Boost.Asio 4–6 sec Asynchronous, thread control Go 10–15 sec Runtime overhead, garbage collection Python 180–300 sec Interpretation, GIL, extra wrappers
**Conclusion:** Porting Python → C/C++ can give **50–100× speedup** for CPU- and I/O-intensive tasks.
Summary
C/C++ are the languages of choice for professional OSINT and intelligence tools where **speed, control, and low-level system/network operations** are required.
**Hashtags**
#OSINT #CPlusPlus #CProgramming #CyberIntelligence #SIGINT #NetworkAnalysis #Maltego #Nmap #ZMap #CyberSecurity #Forensics #MetadataAnalysis #OpenSourceIntelligence #Recon
**Bibliography / Must-Have References**
Gordon UA. *Preparations for war against Poland underway – Polish Chief of Staff*. 2025.
Eurointegration. *Polish Army Chief warns about pre-war threats*. 2025.
TVN24. *Polish Army Chief: Prepare forces for full-scale conflict*. 2025.
Nmap Official Documentation. https://nmap.org
ZMap Project. https://zmap.io
ExifTool Documentation. https://exiftool.org
YARA Rules Engine. https://virustotal.github.io/yara
Osquery Documentation. https://osquery.io