Encryption made simple for developers.

Reducing the messy and complex world of encryption to 2 API calls and 3 lines of code.
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Integrate customer-side data encryption directly into your application in minutes, with just a few lines of code.

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Industry-vetted encryption and FIPS 140-2 compliant key storage without having to hire a team of experts.

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Encrypt data effortlessly across diverse applications and languages, storage types, and cloud environments.

No encryption expertise required.

Don't waste time and resources learning and implementing encryption. Leverage our scalable API’s to leverage industry-vetted encryption and key management in minutes, without any prior encryption expertise.

# frozen_string_literal: true

input_file = '/tmp/data'

output_file = '/tmp/data.tmp'

file_in = File.open(input_file,'rb')

file_out = File.open(output_file,'wb')

data = file_in.read

file_out.write(

data)

file_in.close()

file_out.close()

Encryption, without the complexity.

Developers rule (our) world.

Ubiq's developer platform enables you to quickly and easily build customer-side encryption directly into your application, allowing you to focus on product and customer experiences and less time wasted on encryption, key management, and security.
Libraries for major languages
Detailed documentation and coding examples
Industry-vetted encryption algorithms (or bring your own)
FIPS 140-2 Level 3 compliant key storage
Your data never leaves your environment
Simple integrations
Scalable APIs
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Node.js
Ruby
Python
C
C++
C#
JAVA
def find_missing(sequence)
    consecutive     = sequence.each_cons(2)
    differences     = consecutive.map { |a,b| b - a }
    sequence        = differences.max_by { |n| differences.count(n) }

    missing_between = consecutive.find { |a,b| (b - a) != sequence }

    missing_between.first + sequence
    end

  find_missing([2,4,6,10])
  # 8
def alternating_characters?(s)
  type = [/[aeiou]/, /[^aeiou]/].cycle
  if s.start_with?(/[^aeiou]/)
    type.next
  end
  s.chars.all? { |ch| ch.match?(type.next) }
end
alternating_characters?("ateciyu")

  def find_missing(sequence)
  consecutive     = sequence.each_cons(2)
  differences     = consecutive.map { |a,b| b - a }
  sequence        = differences.max_by { |n| differences.count(n) }

  missing_between = consecutive.find { |a,b| (b - a) != sequence }

  missing_between.first + sequence
end

find_missing([2,4,6,10])
# 8

  def find_missing(sequence)
  consecutive     = sequence.each_cons(2)
  differences     = consecutive.map { |a,b| b - a }
  sequence        = differences.max_by { |n| differences.count(n) }

  missing_between = consecutive.find { |a,b| (b - a) != sequence }

  missing_between.first + sequence
end

find_missing([2,4,6,10])
# 8

  def find_missing(sequence)
  consecutive     = sequence.each_cons(2)
  differences     = consecutive.map { |a,b| b - a }
  sequence        = differences.max_by { |n| differences.count(n) }

  missing_between = consecutive.find { |a,b| (b - a) != sequence }

  missing_between.first + sequence
end

find_missing([2,4,6,10])
# 8

  def find_missing(sequence)
  consecutive     = sequence.each_cons(2)
  differences     = consecutive.map { |a,b| b - a }
  sequence        = differences.max_by { |n| differences.count(n) }

  missing_between = consecutive.find { |a,b| (b - a) != sequence }

  missing_between.first + sequence
end

find_missing([2,4,6,10])
# 8

  def find_missing(sequence)
  consecutive     = sequence.each_cons(2)
  differences     = consecutive.map { |a,b| b - a }
  sequence        = differences.max_by { |n| differences.count(n) }

  missing_between = consecutive.find { |a,b| (b - a) != sequence }

  missing_between.first + sequence
end

find_missing([2,4,6,10])
# 8

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