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Geoinformation and Navigation Systems
Geoinformation and Navigation Systems

A geographic information system (GIS) is a multifunctional information system designed to collect, process, model and analyze spatial data and related information about necessary objects. Navigation system - is a complex of devices, algorithms and software, which help to orientate an object in the space.

Built-in Software
Built-in Software

Embedded software (embedded software, firmware, fw) - the contents of the non-volatile memory of any digital computing device: microcalculator, cell phone, GPS-navigator, which contains its program. The image intended to be written into the memory of the device in order to update its firmware is also called the word "firmware".

Navigation Software
Navigation Software

Now you don't need to be a software expert to create meaningful reports: Sen_it_Cit provides scalable reporting and statistical analysis software that helps you transform measurement data into meaningful results.

Measurable Profitability
Measurable Profitability

Your data is stored securely in the Sen_it_Cit Operations Center for detailed analysis of machine efficiency, yields and more to help maintain profitability.

Answer to questions

Satellite vehicle monitoring is a system of satellite monitoring and control of moving objects, based on the use of modern satellite navigation systems (GLONASS and GPS), communication equipment and technology (GSM WiFi), computer technology and digital maps.
The vehicle is equipped with an onboard controller (tracker), which includes a multichannel GLONASS/GPS navigation receiver and a GSM-modem with antennas. The navigation receiver receives signals emitted by GLONASS and GPS satellites and calculates its own coordinates. Calculated coordinates via GSM-cellular network are transmitted to the system server, where they are processed and transmitted to the dispatcher program for building reports and display location on the map. In addition to coordinates, the onboard controller can also transmit additional information about the state of connected sensors and modes of operation.

How does the transport satellite monitoring system work?

The implementation of the transport satellite monitoring system in the company's fleet can be divided into several stages:

Select the transport monitoring system and the option of its use;
Purchase the chosen system;
Assign a person responsible for the implementation and operation of the transport monitoring system among its employees;
Install the equipment on the monitored vehicles;
To instruct the drivers (it is desirable to conclude an agreement on material responsibility);
Install dispatching software;
Conduct training for dispatchers;
Continuous operation of the transport monitoring system.

What does it take to get a monitoring system up and running correctly?

Most of the modern satellite vehicle monitoring systems have similar technical indicators and differ primarily in the capabilities of the dispatcher software (user-friendly interface and informative reports), as well as the quality, reliability and set of additional functions of the onboard controller (tracker), the ability to connect additional sensors.

What can be the difference between different satellite vehicle monitoring systems?

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technology
4 PAM Tools With Workforce Password Management and Credential Vaulting Combined

Workforce password management and privileged credential vaulting usually live in separate products. Employees use one tool to store their daily logins. Security teams use another tool to protect admin passwords. That split creates gaps. Employees reuse privileged credentials as personal passwords. Admins lose visibility into who has access to what.

A single platform that handles both works better. Employees receive a secure spot for their passwords. Security teams vault and rotate privileged accounts. Everyone operates from one system. Gaps disappear. Shadow IT stops existing.

We looked at four PAM solutions that handle workforce passwords and privileged vaulting together. Each one takes a different approach to bridging that divide.

Why Separate Tools Create Problems

Most organizations buy a password manager for employees and a separate PAM tool for privileged accounts. The employee tool lacks rotation, session monitoring, and access controls. The privileged tool does not give employees a place to store their daily logins.

Employees end up writing down privileged credentials because the vault feels too difficult to use. Or they store admin passwords inside the workforce tool, where security teams lose visibility. Either path breaks control.

The four PAM software options below fix this by putting both capabilities in one place.

1. Syteca

Syteca is a privileged access management platform that added Workforce Password Management in May 2024. Employees now create and manage their own private credentials inside the same system that handles privileged account vaulting.

The WPM feature, part of the full privileged access management platform, gives each user a private folder called “My Secrets (<username>). Employees add passwords for the applications they use daily. Those secrets stay hidden from other users unless shared intentionally. Only the default admin user can see everything for audit purposes.

What makes this PAM solution different:

  • Role-based sharing. Users can share WPM secrets with teammates. Owners have full control. Editors can view, use, edit, and share, but cannot delete. PAM users can view and use secrets but not edit or share them.
  • Reduced IT burden. Employees create and manage their own credentials without contacting administrators. IT staff spend less time on password resets and access requests.
  • Password checkout for privileged accounts. The platform forces users to check out shared privileged credentials before using them. Concurrent access is not allowed. Teams never guess which person touched which account.

The platform supports automated and manual remote password rotation. Credentials are encrypted and stored in a vault. Access approval workflows require an administrator’s sign-off for privileged secrets.

2. CyberArk 

CyberArk combines Workforce Password Management with Privilege Cloud vaults. The setup lets users retrieve privileged credentials stored in Safes directly from their web browsers.

The integration supports two implementations. Shared Services mode enforces strict security controls with session monitoring and recording. Standard mode simplifies access to admin-added and personal web applications without manual credential copying.

How workforce and privileged vaults connect:

  • Secure Web Sessions. The browser extension injects vaulted credentials into web applications. Users never see or touch the actual passwords. Session recording captures everything that happens after login.
  • Safe permissions control access. Administrators grant “Retrieve accounts” permissions in each Safe. Users can launch privileged applications without viewing or copying the underlying credentials.

The setup eliminates traditional Privileged Session Manager components and RDS licensing. End users launch applications from their portal with no VPN or remote desktop required. The solution supports adaptive MFA for application login.

3. BeyondTrust 

BeyondTrust integrates Password Safe with SailPoint Identity Governance. The combination manages privileged and non-privileged accounts through the same identity governance workflows.

The integration uses the SCIM API built into SailPoint’s PAM Module. Privileged account vaults and associated entitlements become visible inside the identity governance process. New employees receive privileged accounts automatically based on job function, group membership, or business role.

How workforce and privileged management work together:

  • Automated provisioning. Managers recertify or remove privileged accounts on a set schedule or after specific events. Manual check-ins become unnecessary. Forgotten accounts do not stay active indefinitely.
  • Unified visibility. The platform provides a complete, centralized view of each identity’s access across standard and privileged accounts. Continuous removal of unnecessary privileged accounts happens as users switch jobs or leave.

Password Safe includes credential vaulting, rotation, session monitoring, session control, and session record and playback. The solution works across the cross-platform enterprise.

4. Keeper Security

KeeperPAM includes Automation Commands that provision PAM user credentials from a single command. The system creates Active Directory accounts, applies rotation settings, performs immediate password updates, and delivers credentials via one-time share links or direct vault sharing.

The credential-provision command accepts a YAML configuration file. It resolves usernames from templates, checks for duplicates, generates secure passwords, creates AD users and groups, and schedules rotation all in one action.

How workforce and privileged features connect:

  • Direct vault sharing. Credentials land straight inside the employee’s Keeper vault. Email delivery never happens. Insecure handoffs do not occur.
  • Immediate rotation after provisioning. The system rotates passwords in the target directory through the Keeper Gateway. New employees get fresh credentials every time.

The platform supports password complexity rules like “32,5,5,5,5” for length, uppercase, lowercase, digits, and special characters. Rotation schedules use 6-field CRON expressions. The system works with Active Directory, AWS, Azure, and GCP.

What Both Capabilities Share Under One Roof

The table below shows how each platform handles the combination. We focused on four specific capabilities. Workforce password storage for employees. Privileged credential vaulting for admins. Automatic password rotation. And session recording for privileged activities.

FeatureSytecaCyberArkBeyondTrustKeeper
Workforce password managementYes (private user folders)Yes (WPM + Secure Web Sessions)Via SailPoint integrationYes (vault sharing)
Privileged credential vaultingYes (secrets + checkout)Yes (Privilege Cloud Safes)Yes (Password Safe)Yes (PAM records)
Password rotationAutomated + manualAutomated (shared services)AutomatedAutomated via Gateway
Session recordingYes (video + keystrokes)Yes (Secure Web Sessions)Yes (session playback)Session management
End-user self-serviceYes (create own secrets)Yes (browser extension)LimitedYes (vault access)
Role-based sharingOwner/Editor/PAM user tiersSafe permissionsIdentity governanceDirect share + email

The table reveals a pattern. Some vendors treat workforce passwords as an afterthought. Others built both capabilities from the start. Either way, one question does not show up in any feature comparison. And that question matters more than most buyers realize.

One Question Most Buyers Forget

Workforce password management sounds simple. Employees store their logins. Everyone moves on. But here is what teams overlook.

Ask your vendor: “Can an employee see the password after you vault it?”

Some platforms show the plaintext password inside the user interface. That defeats the purpose of vaulting. A compromised employee account exposes every credential stored in the workforce tool.

Better platforms inject credentials without displaying them. Users click a button. The system fills the login screen. The employee never sees the actual password string.

Syteca, CyberArk, and Keeper support credential injection or masking. Check each vendor’s documentation before assuming your workforce passwords stay hidden.

Final Thoughts

Combining workforce password management with privileged credential vaulting eliminates a dangerous gap. Employees stop storing admin passwords in unprotected spreadsheets. Security teams stop losing visibility into who has access to what.

Syteca delivers a PAM solution where employees manage their own private secrets inside the same platform that vaults privileged credentials. Role-based sharing gives teams flexibility while maintaining control. The WPM feature launched in May 2024, adding self-service without expanding the attack surface.

CyberArk integrates Workforce Password Management with Privilege Cloud Safes. Users retrieve vaulted credentials through a browser extension. Session recording captures privileged web application access. No VPN required.

BeyondTrust connects Password Safe with SailPoint Identity Governance. Privileged accounts get provisioned and recertified through existing identity workflows. Unified visibility covers standard and privileged access from one console.

Keeper automates credential provisioning through Commander CLI commands. The system creates AD accounts, rotates passwords, and delivers credentials via direct vault sharing. One YAML file handles the entire onboarding workflow.

The right privileged access management platform for your organization depends on whether employees need self-service, whether web applications need session recording, and how much automation your provisioning workflows require. Test each platform with one team before rolling out enterprise-wide.

mercedes-benz
Software Development for Unmanned Vehicles

Who would have guessed that an ordinary phone would one day get rid of wires and become an indispensable mobile assistant, capable of replacing a dozen different devices? Something similar is now happening to cars. It may not be too noticeable at the moment, but we are on the verge of an automotive revolution that will change the perception of the four-wheeled vehicle.

navigation
Navigation Systems: a Guide to Selecting GPS Navigation Systems

Navigation systems for cars today have become a matter of course for every self-respecting driver. If you live in a big city or often travel outside it, then GPS navigator for your car is a must – without it there is a high probability to make a wrong turn or at least spend extra time and gasoline. In addition, car navigators free you from the need to carry around bulky road maps, on which sometimes it is even impossible to determine your location.

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