Yolori Security · PT. Mahakarya Inti Technology
Layered cyber defense for your business
Four layers designed to work together: a security team that watches, a network perimeter that filters, an isolated data vault, and encryption that keeps stolen data unreadable.
Why layered
A single layer of security is no longer enough
Ransomware, data breaches and corporate espionage rarely come through a single door. Yolori Security runs on a layered Zero Trust architecture: each layer assumes the one before it can be breached, so one gap never opens the whole system.
- RansomwareData and systems are encrypted and held for ransom. Without secure backups, operations can come to a halt.
- Data breachesCustomer and financial data is stolen and leaked, damaging trust built over years.
- Corporate espionageTrade secrets and intellectual property are taken quietly, without the owner noticing.
Yolori Dome
Command Center & Cyber Army
Yolori Dome is the umbrella over every other layer, and the eyes and brain of the security ecosystem. Software can block known threats. Dome adds analytics and security analysts who read abnormal behavior before it turns into an incident.
How it works
- AI-driven analytics watch network activity, logins and data access to find patterns that deviate from normal behavior.
- Cyber Army analysts verify findings, hunt for threats that have no known signature, and anticipate where the next attack will come from.
- Once an attack is confirmed, the team neutralizes the attacker and isolates compromised accounts or devices before the perimeter is breached further.
Service scope
- 24/7 monitoring
- Threat hunting
- Incident response
- AI-driven behavior analytics
- Account and device isolation
Yolori Shield
Network Perimeter Wall
If Dome is the army, Shield is the fortress wall. All incoming and outgoing digital traffic is filtered, so only trusted communication reaches the business network. Shield is also the first automated layer that keeps the business online during an attack.
How it works
- Next-Generation Firewalls inspect traffic down to the application level and close any path that is not allowed.
- DDoS mitigation absorbs traffic spikes so services stay reachable for customers under attack.
- Endpoint protection stops malware payloads on workstations and servers.
- Brute-force attempts and unauthorized network access are suppressed automatically.
Service scope
- Next-Generation Firewall
- DDoS mitigation
- Endpoint protection
- Malware blocking
- Brute-force suppression
- Unauthorized access prevention
Yolori Vault
Isolated Data Vault
Vault is the isolated, tightly controlled environment where the most critical digital assets are kept: databases, intellectual property, financial records and critical backups. This layer protects those assets from ransomware and data exfiltration.
How it works
- Every access request is treated as untrusted until proven otherwise (Zero Trust), including requests from inside the network.
- Access requires multi-factor authentication and behavioral verification.
- Backups are stored as immutable. Ransomware that slips past Shield still cannot alter, encrypt or delete them.
- Vault locks down automatically when it detects a breach attempt.
Service scope
- Zero Trust access
- Multi-factor authentication
- Behavioral verification
- Immutable backups
- Ransomware protection
- Data exfiltration prevention
Yolori Cipher
Encryption Lock
Cipher is the cryptographic engine that powers the whole ecosystem. Data that falls into the hands of anyone without the key is of no use to them.
How it works
- Data at rest in the Vault, including databases and backups, is stored encrypted.
- Data in transit across the Shield is encrypted, so interception on the network yields only scrambled data.
- Built on current encryption standards. Quantum-resistant algorithms can be discussed to fit your needs.
- Even if an attacker gets past Dome, breaches Shield and takes a file from the Vault, that file stays unreadable without its key.
Service scope
- Encryption at rest
- Encryption in transit
- Current encryption standards
- Quantum-resistant options
Attack scenario
How the four layers hold an attack
A coordinated attack on a client of PT. Mahakarya Inti Technology, and the layer that stops it at each stage.
- 1The attack beginsShield
Attackers flood the network and inject malware. Yolori Shield absorbs the traffic spike and blocks malware with known signatures.
- 2InfiltrationDome
Attackers switch to a hard-to-spot phishing attempt to get past the perimeter. The Yolori Dome team detects the unusual login pattern through AI analytics and isolates the compromised account.
- 3Protecting core dataVault
An attacker who briefly got in tries to reach the core databases. The attempt stops at Yolori Vault's access controls, which lock down as soon as a breach attempt is detected.
- 4The last layerCipher
Attackers try to intercept data moving across the network. Because Yolori Cipher has already encrypted it, all they get is worthless scrambled data.
Business value
What your business gets
Monitoring, perimeter, data storage and encryption handled by one team, with no need to stitch together several vendors.
Attacks are stopped at the perimeter before they reach core systems, keeping service disruption to a minimum.
Access controls, audit logs and encryption help the business meet data protection requirements.
Customer data is protected at every layer, and so is the reputation of the business.
Internal practice
Security we run on the Yolori platform
All data in transit is protected with TLS 1.3. User credentials are stored using strong hashing.
Databases run in an isolated environment with restricted access. Backups are encrypted and stored separately.
All sensitive activity (logins, transactions, data changes) is recorded for audit and investigation.
Uploaded files are validated by MIME magic bytes, maximum size and SHA-256 deduplication.
Access is controlled through a middleware chain: Origin check, authentication and role validation.
Security patches are applied as soon as possible after official releases, and changes to critical security components go through code review.
Database permissions follow the principle of least privilege.
SQL parameters are handled with parameterized queries, never string concatenation.
Discuss your security needs
Tell us about the systems and risks you want to protect. Our team will prepare a matching service scope and quotation.
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Reporting a vulnerability
Found a vulnerability on the Yolori platform? Send a report to security@yolori.com with the following details.
- A description of the vulnerability and its potential impact
- Clear steps to reproduce
- The affected scope (URL, endpoint or component)
Reports are answered within 3 business days.