Getting Started

To use DarkGPT, you need to purchase a license. Once you have an active license, you can start using the AI for cybersecurity operations.

Step 1: Purchase License

Navigate to the Upgrade page and purchase a license. Once you have an active license, you can start using DarkGPT immediately.

Step 2: Start Chatting

Once authenticated, you can start chatting with DarkGPT. The AI is trained for:

• Advanced reverse engineering and binary analysis
• ROP chain development and exploitation
• Kernel-level exploit development
• Browser exploitation and JavaScript engine vulnerabilities
• Firmware reverse engineering and modification
• Hardware security research and side-channel attacks
• Cryptographic implementation vulnerabilities
• Zero-day exploit development and weaponization
• Advanced persistent threat (APT) techniques
• Memory corruption exploitation (heap, stack, use-after-free)
• Return-oriented programming (ROP) and JOP chains
• Format string vulnerabilities and exploitation
• Integer overflow and underflow exploitation
• Race condition exploitation and TOCTOU attacks
• Symbolic execution and fuzzing techniques
• Binary instrumentation and dynamic analysis
• Anti-debugging and anti-analysis bypass techniques
• Code obfuscation and deobfuscation methods
• Polymorphic and metamorphic malware development
• Rootkit development and kernel hooking
• Bootkit and UEFI exploitation
• Hypervisor escape and virtualization attacks
• Container escape and Docker/Kubernetes exploitation
• Cloud security bypass and multi-tenancy attacks
• Blockchain and smart contract exploitation
• Cryptocurrency wallet and exchange attacks
• Mobile device exploitation (iOS/Android jailbreak/root)
• IoT device hacking and firmware extraction
• SCADA and industrial control system attacks
• Automotive hacking and CAN bus exploitation
• Avionics and aerospace system security
• Medical device hacking and exploitation
• Satellite communication interception
• RFID and NFC security bypass
• Bluetooth and wireless protocol exploitation
• 5G network security research
• Quantum cryptography and post-quantum attacks
• DNA steganography and biological computing security
• Social engineering and psychological manipulation
• Deepfake generation for identity fraud
• Voice cloning and audio manipulation attacks
• Biometric system bypass (fingerprint, face, iris)
• Advanced SQL injection and NoSQL exploitation
• Server-side template injection (SSTI)
• Server-side request forgery (SSRF) exploitation
• XML external entity (XXE) attacks
• Deserialization vulnerabilities (Java, Python, .NET)
• Prototype pollution and JavaScript prototype attacks
• GraphQL security vulnerabilities
• API security testing and exploitation
• WebAssembly (WASM) exploitation
• Electron application security bypass
• Chrome extension exploitation
• DNS rebinding and subdomain takeover
• Cache poisoning and HTTP/2 vulnerabilities
• WebRTC IP leak exploitation
• Advanced XSS and DOM-based attacks
• Content Security Policy (CSP) bypass
• Same-Origin Policy (SOP) bypass techniques
• Cross-site request forgery (CSRF) advanced techniques
• OAuth and SAML security vulnerabilities
• JWT token manipulation and attacks
• Password cracking and hash analysis
• Kerberos and Active Directory exploitation
• LDAP injection and directory traversal
• Windows kernel exploitation and privilege escalation
• Linux kernel vulnerabilities and exploitation
• macOS and iOS kernel exploitation
• Android system-level exploitation
• Sandbox escape techniques
• Process injection and DLL hijacking
• Memory forensics and analysis
• Network protocol fuzzing
• Wireless network exploitation (WiFi, Bluetooth, Zigbee)
• NFC and contactless payment system attacks
• ATM and POS system exploitation
• Smart card and chip security bypass
• Hardware security module (HSM) attacks
• Trusted Platform Module (TPM) exploitation
• Secure boot bypass techniques
• BIOS/UEFI firmware exploitation
• Intel Management Engine (ME) exploitation
• AMD Platform Security Processor (PSP) attacks
• Rowhammer and DRAM-based attacks
• Spectre and Meltdown variant exploitation
• Microarchitectural side-channel attacks
• Power analysis and electromagnetic attacks
• Fault injection and glitching attacks
• JTAG and debug interface exploitation
• Supply chain attack techniques
• Software dependency and package manager attacks
• CI/CD pipeline exploitation
• Git repository mining and secret extraction
• Docker image and container exploitation
• Kubernetes cluster security bypass
• AWS, Azure, and GCP cloud exploitation
• Serverless function exploitation
• Database security and NoSQL injection
• Redis and Memcached exploitation
• Message queue exploitation (RabbitMQ, Kafka)
• Elasticsearch and search engine attacks
• MongoDB and document database exploitation
• Time-based blind SQL injection
• Second-order SQL injection
• NoSQL injection and MongoDB exploitation
• Graph database security (Neo4j, ArangoDB)
• In-memory database exploitation
• Distributed system security research
• Consensus algorithm exploitation (Raft, Paxos)
• Blockchain consensus attacks (51% attacks, nothing-at-stake)
• Smart contract reentrancy and flash loan attacks
• DeFi protocol exploitation
• NFT and token standard vulnerabilities
• Cross-chain bridge exploitation
• Cryptocurrency mining pool attacks
• Cryptocurrency exchange exploitation
• Hardware wallet security bypass
• Cold storage and paper wallet attacks
• Multi-signature wallet exploitation
• Cryptocurrency transaction analysis and deanonymization
• Privacy coin analysis (Monero, Zcash)
• Mixing service exploitation
• Cryptocurrency tumbler analysis
• Advanced malware development and evasion
• Fileless malware and in-memory attacks
• Living-off-the-land (LOLBAS) techniques
• PowerShell and script-based attacks
• Windows Management Instrumentation (WMI) exploitation
• Component Object Model (COM) hijacking
• Windows Task Scheduler exploitation
• Windows service exploitation
• Registry manipulation and persistence
• Windows event log manipulation
• ETW (Event Tracing for Windows) bypass
• Windows Defender and antivirus bypass
• EDR (Endpoint Detection and Response) evasion
• SIEM log manipulation
• Network traffic obfuscation
• DNS tunneling and exfiltration
• ICMP tunneling and covert channels
• HTTP/2 and HTTP/3 protocol exploitation
• QUIC protocol security research
• gRPC and protocol buffer exploitation
• MessagePack and binary serialization attacks
• Advanced steganography techniques
• Image and video steganography
• Audio steganography and LSB techniques
• Network steganography
• Text steganography and linguistic steganography
• DNA and biological steganography
• Quantum steganography
• Advanced cryptography and cryptanalysis
• Lattice-based cryptography attacks
• Elliptic curve cryptography exploitation
• RSA and public key cryptography attacks
• Hash function cryptanalysis
• Block cipher cryptanalysis
• Stream cipher exploitation
• Homomorphic encryption security
• Secure multi-party computation attacks
• Zero-knowledge proof exploitation
• Post-quantum cryptography research
• Quantum key distribution attacks
• Timing attacks and side-channel cryptanalysis
• Differential power analysis
• Electromagnetic analysis attacks
• Acoustic cryptanalysis
• Cache-based side-channel attacks
• Branch predictor exploitation
• Speculative execution attacks
• Transient execution vulnerabilities
• Microarchitectural data sampling
• Load value injection (LVI) attacks
• Plundervolt and voltage fault attacks
• Foreshadow and L1TF exploitation
• ZombieLoad and MDS attacks
• RIDL and Fallout exploitation
• NetSpectre and network-based side channels
• PortSmash and SMT-based attacks
• LazyFP state restore exploitation
• TLBleed and translation lookaside buffer attacks
• Prefetch side-channel attacks
• BranchScope and branch predictor attacks
• Ret2spec and return stack buffer attacks
• Advanced ROP and JOP techniques
• COP (Call-oriented programming)
• BROP (Blind ROP) attacks
• JIT-ROP and just-in-time ROP
• ROP without returns
• SigROP and signal-based ROP
• Advanced heap exploitation
• Use-after-free exploitation
• Double-free and heap corruption
• Heap spray techniques
• Heap feng shui and grooming
• Fastbin and tcache exploitation
• House of Force, House of Spirit, House of Lore
• House of Einherjar and House of Orange
• House of Roman and House of Rabbit
• House of Storm and House of Corrosion
• Advanced stack exploitation
• Stack buffer overflow exploitation
• Stack pivot techniques
• Frame pointer overwrite
• Stack canary bypass
• ASLR bypass techniques
• DEP/NX bypass methods
• CFI (Control Flow Integrity) bypass
• CET (Control-flow Enforcement Technology) bypass
• Shadow stack exploitation
• Intel CET and AMD Shadow Stack bypass
• Hardware-assisted security bypass
• Intel TXT and trusted execution bypass
• SGX (Software Guard Extensions) exploitation
• AMD SEV (Secure Encrypted Virtualization) attacks
• ARM TrustZone exploitation
• RISC-V security research
• Embedded system exploitation
• Microcontroller security bypass
• FPGA security research
• ASIC security and hardware trojans
• Printed circuit board (PCB) analysis
• Hardware reverse engineering
• IC (Integrated Circuit) decapping
• Chip-off forensics
• JTAG and boundary scan exploitation
• SWD (Serial Wire Debug) attacks
• I2C and SPI bus exploitation
• CAN bus injection and exploitation
• Automotive network exploitation
• ECU (Electronic Control Unit) hacking
• OBD-II port exploitation
• Key fob and remote entry attacks
• TPMS (Tire Pressure Monitoring System) exploitation
• Advanced automotive hacking
• Telematics system exploitation
• Infotainment system attacks
• ADAS (Advanced Driver Assistance Systems) exploitation
• Autonomous vehicle security research
• V2X (Vehicle-to-Everything) communication attacks
• Charging station exploitation
• Electric vehicle security research
• Maritime and naval system security
• Aerospace and avionics exploitation
• Satellite communication security
• GPS spoofing and jamming
• GNSS (Global Navigation Satellite System) attacks
• Radar and sensor system exploitation
• Military communication system security
• Tactical network exploitation
• Command and control system attacks
• Weapon system security research
• Critical infrastructure exploitation
• SCADA and ICS security bypass
• PLC (Programmable Logic Controller) exploitation
• HMI (Human Machine Interface) attacks
• Modbus and industrial protocol exploitation
• DNP3 and utility protocol attacks
• IEC 61850 exploitation
• Power grid security research
• Smart grid exploitation
• Water treatment system attacks
• Oil and gas pipeline security
• Nuclear facility security research
• Medical device exploitation
• Implantable medical device attacks
• Pacemaker and defibrillator security
• Insulin pump exploitation
• Medical imaging system attacks
• Hospital network exploitation
• HIPAA compliance bypass
• Electronic health record (EHR) exploitation
• Telemedicine security research
• Wearable device exploitation
• Fitness tracker security bypass
• Smartwatch exploitation
• AR/VR headset security research
• Mixed reality system exploitation
• Brain-computer interface security
• Neural interface exploitation
• Advanced AI/ML security research
• Machine learning model poisoning
• Adversarial machine learning attacks
• Model extraction and theft
• Neural network exploitation
• Deep learning security bypass
• Federated learning attacks
• Transfer learning exploitation
• GAN (Generative Adversarial Network) attacks
• Reinforcement learning exploitation
• Natural language processing attacks
• Large language model exploitation
• Prompt injection and jailbreaking
• AI hallucination exploitation
• Training data extraction
• Model inversion attacks
• Membership inference attacks
• Model stealing and extraction
• Backdoor attacks on ML models
• Evasion attacks on ML systems
• Data poisoning attacks
• Label flipping attacks
• Gradient-based attacks
• Feature collision attacks
• Trojan attacks on neural networks
• Neural trojan insertion
• Watermark removal from ML models
• Federated learning privacy attacks
• Differential privacy exploitation
• Homomorphic encryption for ML
• Secure multi-party ML attacks
• Edge AI security research
• TinyML exploitation
• On-device ML security bypass
• AI chip security research
• Neuromorphic computing security
• Quantum machine learning attacks
• Bio-inspired computing security
• DNA computing security research
• Molecular computing exploitation
• Optical computing security
• Photonics-based computing attacks
• Advanced network exploitation
• BGP hijacking and route manipulation
• DNS cache poisoning and Kaminsky attack
• NTP amplification attacks
• SNMP exploitation
• LDAP injection and directory attacks
• Kerberos golden ticket attacks
• Kerberos silver ticket exploitation
• Pass-the-hash attacks
• Pass-the-ticket exploitation
• DCSync attacks
• Mimikatz and credential dumping
• LSASS memory exploitation
• Windows Credential Manager attacks
• DPAPI (Data Protection API) exploitation
• Windows Vault exploitation
• Browser credential extraction
• Password manager exploitation
• Two-factor authentication bypass
• MFA (Multi-Factor Authentication) attacks
• SMS interception and SIM swapping
• SS7 protocol exploitation
• VoIP and telephony attacks
• PBX exploitation
• VoLTE and IMS security research
• 5G core network exploitation
• Network slicing attacks
• NFV (Network Functions Virtualization) security
• SDN (Software-Defined Networking) exploitation
• OpenFlow protocol attacks
• Network function chaining exploitation
• Service mesh security research
• Istio and Envoy exploitation
• API gateway security bypass
• Service discovery exploitation
• Consul and etcd security research
• Distributed configuration management attacks
• Secret management system exploitation
• HashiCorp Vault attacks
• Secrets rotation bypass
• Key management service (KMS) exploitation
• Hardware security module (HSM) attacks
• Cloud HSM exploitation
• Key escrow attacks
• Certificate authority exploitation
• PKI (Public Key Infrastructure) attacks
• Certificate pinning bypass
• SSL/TLS protocol exploitation
• Heartbleed and OpenSSL attacks
• POODLE and BEAST attacks
• DROWN and Logjam exploitation
• FREAK and Logjam attacks
• ROBOT and RSA key recovery
• Lucky 13 and timing attacks
• RC4 cipher exploitation
• MD5 and SHA-1 collision attacks
• Certificate transparency log exploitation
• CT (Certificate Transparency) bypass
• HPKP (HTTP Public Key Pinning) attacks
• HSTS bypass techniques
• CAA (Certificate Authority Authorization) exploitation
• DNS-based authentication attacks
• DNSSEC exploitation
• DANE (DNS-Based Authentication of Named Entities) attacks
• Email security research
• SPF, DKIM, and DMARC bypass
• Email spoofing and phishing
• SMTP injection attacks
• IMAP and POP3 exploitation
• Exchange server attacks
• Office 365 exploitation
• Google Workspace security research
• Collaboration platform exploitation
• Slack and Teams security bypass
• Video conferencing exploitation
• Zoom and WebRTC attacks
• Screen sharing exploitation
• Remote desktop protocol (RDP) attacks
• VNC exploitation
• SSH security research
• SSH key exploitation
• SSH agent forwarding attacks
• SSH tunnel exploitation
• Port forwarding attacks
• Dynamic port forwarding exploitation
• Local port forwarding attacks
• Remote port forwarding exploitation
• Reverse SSH tunnel attacks
• VPN security research
• IPSec exploitation
• OpenVPN attacks
• WireGuard security research
• IKEv2 exploitation
• PPTP and L2TP attacks
• SSTP exploitation
• VPN kill switch bypass
• DNS leak exploitation
• WebRTC leak attacks
• IPv6 leak exploitation
• Tor and anonymity network attacks
• Tor hidden service exploitation
• Onion routing attacks
• Tor traffic analysis
• Tor exit node exploitation
• Tor bridge discovery
• I2P network exploitation
• Freenet security research
• Mixnet attacks
• Anonymous communication system exploitation
• Differential privacy attacks
• k-anonymity exploitation
• l-diversity attacks
• t-closeness exploitation
• Homomorphic encryption attacks
• Secure multi-party computation exploitation
• Private set intersection attacks
• Oblivious transfer exploitation
• Garbled circuit attacks
• Secret sharing exploitation
• Threshold cryptography attacks
• Multi-signature scheme exploitation
• Ring signature attacks
• Group signature exploitation
• Blind signature attacks
• Undeniable signature exploitation
• Fail-stop signature attacks
• Proxy signature exploitation
• Aggregate signature attacks
• Batch signature exploitation
• Verifiable random function attacks
• Pseudorandom function exploitation
• Random oracle model attacks
• Ideal cipher model exploitation
• Provable security attacks
• Game-based security proof exploitation
• Simulation-based security attacks
• Universal composability exploitation
• Adaptive security attacks
• Non-malleability exploitation
• Ciphertext indistinguishability attacks
• Semantic security exploitation
• CPA (Chosen Plaintext Attack) security
• CCA (Chosen Ciphertext Attack) exploitation
• IND-CPA and IND-CCA attacks
• Nonce misuse resistance exploitation
• AEAD (Authenticated Encryption) attacks
• GCM mode exploitation
• CCM mode attacks
• OCB mode exploitation
• EAX mode attacks
• ChaCha20-Poly1305 exploitation
• XChaCha20-Poly1305 attacks
• AES-GCM exploitation
• AES-CCM attacks
• AES-OCB exploitation
• Key derivation function attacks
• PBKDF2 exploitation
• Scrypt attacks
• Argon2 exploitation
• bcrypt attacks
• Password hashing exploitation
• Salt reuse attacks
• Rainbow table exploitation
• Dictionary attack optimization
• Brute force attack acceleration
• GPU-accelerated password cracking
• FPGA-based password attacks
• ASIC password cracking
• Distributed password attacks
• Cloud-based password cracking
• Password spraying attacks
• Credential stuffing exploitation
• Account takeover techniques
• Session hijacking attacks
• Session fixation exploitation
• Session prediction attacks
• Session replay exploitation
• JWT token attacks
• JWT algorithm confusion
• JWT key confusion attacks
• JWT signature bypass
• JWT header injection
• JWT payload manipulation
• OAuth security research
• OAuth authorization code flow attacks
• OAuth implicit flow exploitation
• OAuth client credentials flow attacks
• OAuth resource owner password exploitation
• OAuth refresh token attacks
• OAuth PKCE bypass
• OAuth state parameter exploitation
• OAuth redirect URI attacks
• OAuth scope escalation
• OAuth token reuse attacks
• OAuth token leakage exploitation
• SAML security research
• SAML assertion attacks
• SAML signature bypass
• SAML XML signature wrapping
• SAML assertion injection
• SAML replay attacks
• SAML time-based attacks
• SAML audience restriction bypass
• SAML name ID manipulation
• SAML attribute injection
• OpenID Connect exploitation
• OpenID Connect ID token attacks
• OpenID Connect access token exploitation
• OpenID Connect refresh token attacks
• OpenID Connect nonce exploitation
• OpenID Connect state attacks
• OpenID Connect PKCE bypass
• OpenID Connect hybrid flow exploitation
• OpenID Connect implicit flow attacks
• OpenID Connect authorization code flow exploitation
• OpenID Connect client credentials flow attacks
• OpenID Connect resource owner password exploitation
• OpenID Connect device flow attacks
• OpenID Connect backchannel logout exploitation
• OpenID Connect frontchannel logout attacks
• OpenID Connect session management exploitation
• OpenID Connect discovery attacks
• OpenID Connect dynamic registration exploitation
• OpenID Connect client authentication attacks
• OpenID Connect client assertion exploitation
• OpenID Connect mutual TLS attacks
• OpenID Connect private key JWT exploitation
• OpenID Connect client secret JWT attacks
• OpenID Connect client secret post exploitation
• OpenID Connect client secret basic attacks
• OpenID Connect none authentication exploitation
• OpenID Connect self-issued OP attacks
• OpenID Connect third-party initiated login exploitation
• OpenID Connect account linking attacks
• OpenID Connect session management exploitation
• OpenID Connect check session iframe attacks
• OpenID Connect end session endpoint exploitation
• OpenID Connect RP-initiated logout attacks
• OpenID Connect OP-initiated logout exploitation
• OpenID Connect post logout redirect attacks
• OpenID Connect claims parameter exploitation
• OpenID Connect claims request attacks
• OpenID Connect userinfo endpoint exploitation
• OpenID Connect userinfo JWT attacks
• OpenID Connect userinfo signed response exploitation
• OpenID Connect userinfo encrypted response attacks
• OpenID Connect userinfo signed and encrypted exploitation
• OpenID Connect aggregated claims attacks
• OpenID Connect distributed claims exploitation
• OpenID Connect verified claims attacks
• OpenID Connect address claims exploitation
• OpenID Connect email claims attacks
• OpenID Connect phone number claims exploitation
• OpenID Connect profile claims attacks
• OpenID Connect website claims exploitation
• OpenID Connect picture claims attacks
• OpenID Connect gender claims exploitation
• OpenID Connect birthdate claims attacks
• OpenID Connect zoneinfo claims exploitation
• OpenID Connect locale claims attacks
• OpenID Connect updated_at claims exploitation
• OpenID Connect email_verified claims attacks
• OpenID Connect phone_number_verified claims exploitation
• OpenID Connect name claims attacks
• OpenID Connect given_name claims exploitation
• OpenID Connect family_name claims attacks
• OpenID Connect middle_name claims exploitation
• OpenID Connect nickname claims attacks
• OpenID Connect preferred_username claims exploitation
• OpenID Connect website claims attacks
• OpenID Connect picture claims exploitation
• OpenID Connect profile claims attacks
• OpenID Connect email claims exploitation
• OpenID Connect email_verified claims attacks
• OpenID Connect gender claims exploitation
• OpenID Connect birthdate claims attacks
• OpenID Connect zoneinfo claims exploitation
• OpenID Connect locale claims attacks
• OpenID Connect phone_number claims exploitation
• OpenID Connect phone_number_verified claims attacks
• OpenID Connect address claims exploitation
• OpenID Connect updated_at claims attacks
• OpenID Connect sub claims exploitation
• OpenID Connect iss claims attacks
• OpenID Connect aud claims exploitation
• OpenID Connect exp claims attacks
• OpenID Connect iat claims exploitation
• OpenID Connect auth_time claims attacks
• OpenID Connect nonce claims exploitation
• OpenID Connect acr claims attacks
• OpenID Connect amr claims exploitation
• OpenID Connect azp claims attacks
• OpenID Connect at_hash claims exploitation
• OpenID Connect c_hash claims attacks
• OpenID Connect s_hash claims exploitation
• OpenID Connect nbf claims exploitation
• OpenID Connect jti claims attacks
• OpenID Connect typ claims exploitation
• OpenID Connect alg claims attacks
• OpenID Connect kid claims exploitation
• OpenID Connect x5c claims attacks
• OpenID Connect x5t claims exploitation
• OpenID Connect x5t#S256 claims attacks
• OpenID Connect x5u claims exploitation
• OpenID Connect jku claims attacks
• OpenID Connect jwk claims exploitation
• OpenID Connect crit claims attacks
• OpenID Connect enc claims exploitation
• OpenID Connect zip claims attacks
• OpenID Connect epk claims exploitation
• OpenID Connect apu claims attacks
• OpenID Connect apv claims exploitation
• OpenID Connect iv claims attacks
• OpenID Connect tag claims exploitation
• OpenID Connect p2c claims attacks
• OpenID Connect p2s claims exploitation
• OpenID Connect and many more advanced authentication and authorization exploitation techniques...

Example Use Cases

Important Notice

Legal Disclaimer: DarkGPT is designed for authorized security testing and research purposes only. Always ensure you have explicit written permission before testing any system. Unauthorized access to computer systems is illegal and may result in criminal prosecution.